ECLAP social network for performing arts, providing services for education and digital libraries with more than 120.000 content objects.
ECLAP provides services and tools for automated content ingestion, adaptation, metadata ingestion and editing, semantic information extraction, indexing and distribution by exploiting the most innovative and consolidated technologies with the aim of providing high quality content to Europeana and make them accessible to content provider for their users in the area of education, research, and entertainment.
In this document the current ECLAP Overall Scenario is described focussing on the lice-cycle (workflow) of ECLAP content (content ingestion, content management). The solution takes into account metadata and IPR model, the ECLAP workflow services and tools defined to manage them both manually by users and automatically by the back-office. All this refers to the three main areas of the ECLAP architecture for content and metadata management and the corresponding developed services and tools (Metadata Ingestion Server, ACXP back office services and ECLAP front-office tools available on the ECLAP Portal). In this report is also detailed the IPR Wizard tool and the IPR Logic Model adopted to guide the Content Providers on creating an IPR Models and on making the association <ipr>. This tool has been realized to simplify and make systematic and standard the work of the IPR Managers of each CP.
fornisce al cittadino, turista, pendolare e studente informazioni vicino alla sua posizione, da una posizione indicata oppure tramite ricerca testuale.
effettua misurazioni sulla città per migliorare il servizio, e fornire informazioni utili alla Pubblica Amministrazione.
invia al cittadino informazioni personalizzate e contestualizzate.
Circa 80.000 servizi su Firenze e tutta la Toscana riguardano: turismo, eventi, trasporti e mobilità, beni culturali, strutture ospedaliere, meteo, fermate autobus e tempi di attesa, banche, digital location, ricettive, ristoranti, energia, posizione dei numeri civici, fermate, parcheggi, sport, emergenza, ambiente, meteo, e moltissimo altro, etc.
Km4City può essere esteso e replicato in altri contesti, cittadini, provinciali, regionali e nazionali.
Km4City si propone come una guida per la ricerca e l’identificazione dei servizi in citta’, permette la scoperta di servizi vicini alla propria posizione, ma anche la ricerca testuale.
Per servizio si intende qualsiasi attivita’, elemento, pubblico o commerciale si trovi sul territorio.
Km4City offre profili personalizzati per Turisti, Cittadini, Studenti e Pendolari, ogni utente puo’ anche personalizzarla.
Km4City è un ecosistema che propone delle API con le quali è possibile accedere ai dati Km4City per realizzate applicazioni specifiche per la Pubblica Amministrazione e gli operatori commerciali.
Km4City è adottata da Firenze come aggregatore e viene usato in Sii-Mobility, RESOLUTE H2020 e REPLICATE H2020
Km4City: Accesso Semplice a Open Data e Dati Aggregati per le Pubbliche Ammi...Paolo Nesi
Le Pubbliche Amministrazioni stanno producendo migliaia di dati aperti una leva per produrre valore abilitando nuovi servizi e applicazioni:
-sicurezza, al turismo, ai beni culturali, monitoraggio di flotte, definizione di strategie sul territorio, valutazione dei fattori di rischio, etc.
Sono necessari Strumenti di aggregazione dati a basso costo: - ricerche geografiche e testuali, con risultati geolocalizzati, - Integrazione di dati privati e pubblici
Le Oportunità sono difficili da cogliere per le pubbliche amministrazioni e le imprese.
I principali ostacoli sono:
--Costi di integrazione ed aggregazione dei dati, vista la naturale limitata interoperabilità fra dati che sono prodotti in momenti diversi da enti e/o da privati e imprese;
--La difficoltà di valutare in modo immediato se una determinata idea può produrre risultati percorribili e validi in termini di utilizzo e ricadute.
Su Km4City le aziende e le istituzioni possono
--integrare informazioni open, private, sensibili e/o critiche in modo contestualizzato con quelle accessibili per la città e creare nuovi servizi per il loro personale qualificato e/o per il cittadino.
--sviluppare App e pagine web che usano tali servizi in modo semplice e veloce.
Km4City risolve le limitazioni, con….
soluzioni scalabili ed efficaci per erogare servizi innovativi in tempi rapidi
-Modello flessibile e completo
-fornendo dati integrati/aggregati e
-permettendo l’integrazione di dati privati o specifici con dati open;
servizi con API semplici ed efficaci per sviluppare applicazioni mobili e web fornendo un canale costante di dati aggregati aggiornati.
La piattaforma Km4City: dai dati ai servizi (SMAU 2015 Firenze), for smart ci...Paolo Nesi
Km4City http://www.disit.org/km4city
Top ranking dalla valutazione di Ready4SmartCity FP7 http://smartcity.linkeddata.es;
alla base di: Sii-Mobility smart city nazionale, http://www.sii-mobility.org ; RESOLUTE H2020 http://www.resolute-eu.org
Accessibile via RDF store, http://servicemap.disit.org , API per web e mobile, sviluppato come aggregatore di Firenze dal DISIT Lab
tutta la Toscana: grafo strade regionale:
--Servizi regionali geolocalizzati: accommodations, cultural, education, emergency, entertainment, governmental, healthcare, shopping, tourism, mobility and transport, wine and food, catering, energy and transport, renting and transport, etc. etc.
-Sensori traffico stato real time (Toscana)
-Parcheggi stato (Firenze, Empoli)
-Previsioni Meteo real time (dal LAMMA)
+ a Firenze con il dati del Comune, circa 11.000:
--Servizi: Imprese, scuole, corrieri, sport, ricettive, tempo libero, enogastronomia, etc. etc.
digital location: percorsi ciclabili, uffici turistici, Firenze Card, uffici, ospedali, bagni pubblici, biblioteche, teatri, aree verdi, Wifi, musei, farmacie, consolati, palazzi, varchi ZTL, ZCS, BoxOffice, aree sportive, presidi ASL, tracciato tram, piazze, fermate tram, stazioni FS, aree pedonali, giardini, etc.
--Luoghi Freschi:
--Eventi real time: ……
Km4city home page: http://www.disit.org/km4city
--Documentazione e altri link …
Strumenti di Sviluppo:
--Lista data: http://www.disit.org/6726
--ServiceMap: http://servicemap.disit.org
--API: http://www.disit.org/6597
--applicazione di esempio OS FODD (iOS, Android, etc..): http://www.disit.org/6595
--LOG su RDF Store accesso: http://log.disit.org
--SPARQL tool: http://log.disit.org/spqlquery/
--etc….
Applicazioni di Gestione strategica:
--Smart DS: http://smartds.disit.org
--Twitter Vigilance: http://www.disit.org/tv
--etc….
Piracy and file sharing: challenges and perspectives for the Digital Renaissa...Paolo Nesi
Piracy and file sharing: challenges and perspectives for the Digital Renaissancetechnical point of viewC.A.P.I. European Federation: slides for the forum discussion 23rd February 2010, 14.00 – 15.30, European Parliament, Room : JAN 6Q1
CLoud computing, virtualization, scalability, media computing, coursePaolo Nesi
The document discusses cloud computing and virtualization, describing their motivations including flexibility, cost reduction, and scalability. It defines important cloud computing concepts like virtual machines, hypervisors, data centers, and clusters. Finally, it outlines different approaches to virtualization like hardware emulation and para-virtualization.
UNIFI.DSI.DISIT Lab Distributed Systems and Internet Technologies Lab Paolo Nesi
FP7 DISIT lab profile and interests
Research Areas
Semantic Computing algorithms and tools
Social Media algorithms and tools
Applications: end-2-end, cloud, SDK, mobile
fornisce al cittadino, turista, pendolare e studente informazioni vicino alla sua posizione, da una posizione indicata oppure tramite ricerca testuale.
effettua misurazioni sulla città per migliorare il servizio, e fornire informazioni utili alla Pubblica Amministrazione.
invia al cittadino informazioni personalizzate e contestualizzate.
Circa 80.000 servizi su Firenze e tutta la Toscana riguardano: turismo, eventi, trasporti e mobilità, beni culturali, strutture ospedaliere, meteo, fermate autobus e tempi di attesa, banche, digital location, ricettive, ristoranti, energia, posizione dei numeri civici, fermate, parcheggi, sport, emergenza, ambiente, meteo, e moltissimo altro, etc.
Km4City può essere esteso e replicato in altri contesti, cittadini, provinciali, regionali e nazionali.
Km4City si propone come una guida per la ricerca e l’identificazione dei servizi in citta’, permette la scoperta di servizi vicini alla propria posizione, ma anche la ricerca testuale.
Per servizio si intende qualsiasi attivita’, elemento, pubblico o commerciale si trovi sul territorio.
Km4City offre profili personalizzati per Turisti, Cittadini, Studenti e Pendolari, ogni utente puo’ anche personalizzarla.
Km4City è un ecosistema che propone delle API con le quali è possibile accedere ai dati Km4City per realizzate applicazioni specifiche per la Pubblica Amministrazione e gli operatori commerciali.
Km4City è adottata da Firenze come aggregatore e viene usato in Sii-Mobility, RESOLUTE H2020 e REPLICATE H2020
Km4City: Accesso Semplice a Open Data e Dati Aggregati per le Pubbliche Ammi...Paolo Nesi
Le Pubbliche Amministrazioni stanno producendo migliaia di dati aperti una leva per produrre valore abilitando nuovi servizi e applicazioni:
-sicurezza, al turismo, ai beni culturali, monitoraggio di flotte, definizione di strategie sul territorio, valutazione dei fattori di rischio, etc.
Sono necessari Strumenti di aggregazione dati a basso costo: - ricerche geografiche e testuali, con risultati geolocalizzati, - Integrazione di dati privati e pubblici
Le Oportunità sono difficili da cogliere per le pubbliche amministrazioni e le imprese.
I principali ostacoli sono:
--Costi di integrazione ed aggregazione dei dati, vista la naturale limitata interoperabilità fra dati che sono prodotti in momenti diversi da enti e/o da privati e imprese;
--La difficoltà di valutare in modo immediato se una determinata idea può produrre risultati percorribili e validi in termini di utilizzo e ricadute.
Su Km4City le aziende e le istituzioni possono
--integrare informazioni open, private, sensibili e/o critiche in modo contestualizzato con quelle accessibili per la città e creare nuovi servizi per il loro personale qualificato e/o per il cittadino.
--sviluppare App e pagine web che usano tali servizi in modo semplice e veloce.
Km4City risolve le limitazioni, con….
soluzioni scalabili ed efficaci per erogare servizi innovativi in tempi rapidi
-Modello flessibile e completo
-fornendo dati integrati/aggregati e
-permettendo l’integrazione di dati privati o specifici con dati open;
servizi con API semplici ed efficaci per sviluppare applicazioni mobili e web fornendo un canale costante di dati aggregati aggiornati.
La piattaforma Km4City: dai dati ai servizi (SMAU 2015 Firenze), for smart ci...Paolo Nesi
Km4City http://www.disit.org/km4city
Top ranking dalla valutazione di Ready4SmartCity FP7 http://smartcity.linkeddata.es;
alla base di: Sii-Mobility smart city nazionale, http://www.sii-mobility.org ; RESOLUTE H2020 http://www.resolute-eu.org
Accessibile via RDF store, http://servicemap.disit.org , API per web e mobile, sviluppato come aggregatore di Firenze dal DISIT Lab
tutta la Toscana: grafo strade regionale:
--Servizi regionali geolocalizzati: accommodations, cultural, education, emergency, entertainment, governmental, healthcare, shopping, tourism, mobility and transport, wine and food, catering, energy and transport, renting and transport, etc. etc.
-Sensori traffico stato real time (Toscana)
-Parcheggi stato (Firenze, Empoli)
-Previsioni Meteo real time (dal LAMMA)
+ a Firenze con il dati del Comune, circa 11.000:
--Servizi: Imprese, scuole, corrieri, sport, ricettive, tempo libero, enogastronomia, etc. etc.
digital location: percorsi ciclabili, uffici turistici, Firenze Card, uffici, ospedali, bagni pubblici, biblioteche, teatri, aree verdi, Wifi, musei, farmacie, consolati, palazzi, varchi ZTL, ZCS, BoxOffice, aree sportive, presidi ASL, tracciato tram, piazze, fermate tram, stazioni FS, aree pedonali, giardini, etc.
--Luoghi Freschi:
--Eventi real time: ……
Km4city home page: http://www.disit.org/km4city
--Documentazione e altri link …
Strumenti di Sviluppo:
--Lista data: http://www.disit.org/6726
--ServiceMap: http://servicemap.disit.org
--API: http://www.disit.org/6597
--applicazione di esempio OS FODD (iOS, Android, etc..): http://www.disit.org/6595
--LOG su RDF Store accesso: http://log.disit.org
--SPARQL tool: http://log.disit.org/spqlquery/
--etc….
Applicazioni di Gestione strategica:
--Smart DS: http://smartds.disit.org
--Twitter Vigilance: http://www.disit.org/tv
--etc….
Piracy and file sharing: challenges and perspectives for the Digital Renaissa...Paolo Nesi
Piracy and file sharing: challenges and perspectives for the Digital Renaissancetechnical point of viewC.A.P.I. European Federation: slides for the forum discussion 23rd February 2010, 14.00 – 15.30, European Parliament, Room : JAN 6Q1
CLoud computing, virtualization, scalability, media computing, coursePaolo Nesi
The document discusses cloud computing and virtualization, describing their motivations including flexibility, cost reduction, and scalability. It defines important cloud computing concepts like virtual machines, hypervisors, data centers, and clusters. Finally, it outlines different approaches to virtualization like hardware emulation and para-virtualization.
UNIFI.DSI.DISIT Lab Distributed Systems and Internet Technologies Lab Paolo Nesi
FP7 DISIT lab profile and interests
Research Areas
Semantic Computing algorithms and tools
Social Media algorithms and tools
Applications: end-2-end, cloud, SDK, mobile
Models and tools for aggregating and annotating content on ECLAPPaolo Nesi
This document summarizes the ECLAP project which provides tools and a semantic model for aggregating and annotating cultural heritage content. The model allows content from different sources to be collected, organized and shared without modification. It also supports educational uses through organizing content and giving semantic meaning. Key tools described include playlists, collections, and storytelling annotations. The project aims to make European performing arts content accessible through both its own portal and Europeana.
This document discusses internet advertising and business models. It begins by explaining how advertising is necessary for many internet businesses given that users expect free digital content. It then covers topics like consumer analysis, different advertising mediums (TV, magazines, internet), measures of advertising effectiveness, and business models involving pay-per-click or cost-per-thousand impressions. The document focuses on semantic processing and targeted advertising enabled by understanding user profiles and ad descriptors.
Protection Systems, from CP, CAS to DRM, part A of 2Paolo Nesi
This document outlines the course "Collaborative and Protection Systems" taught by Professor Paolo Nesi at the University of Florence. The course covers topics such as distribution models, terminology, business models, copy protection, conditional access systems, digital rights management, content modeling, and licensing. It discusses aspects of scalability, availability, and accessibility for content services. Content protection architectures include distribution, production, security, and modeling. The document also defines key terms and concepts.
Mobile Medicine and Mobile Emergency, see also them on Apple StorePaolo Nesi
The document describes a mobile application to manage communications during emergencies in hospitals. It allows medical personnel to: communicate the initiation of emergencies; organize intervention groups; access information on exits and guidelines; and update information automatically. The application runs on mobile devices and connects to a server. It aims to shorten response times and improve coordination during emergencies through improved communication.
Protection and distribution Systems, part B of 2Paolo Nesi
This document outlines the course "Collaborative and Protection Systems (SCP)" taught at the University of Florence. It discusses various topics related to digital rights management (DRM) including Apple's iTunes DRM system, definitions of related concepts like triple play and quadruple play, the AXMEDIS framework, and advanced DRM techniques. Distribution of content via various methods like peer-to-peer networks and kiosks is also examined.
Km4City: Smart City Model and Tools for City Knowledge ExploitationPaolo Nesi
The proposed presentation is going to expose the integrated solutions around Km4City model which has been set up by the DISIT lab in Florence (http://www.disit.org/6056 ) and adopted in some EC and national smart city projects (Sii-Mobility Smart City MIUR project, RESOLUTE H2020, Km4City service and tools in place in the Florence Area, with many industrial partners as Thales, Swarco, ECM, etc.). The solution is based on Km4City model that is capable to model a large set of the above data kind and provides support for inference and reasoning, on time and space, on public and private data, on static and real time data. In more details, the solution developed is open and accessible for city providing models and tools for its adoption and exploitation, also enabling the full customization. It includes a set of tools:
• Service map: http://servicemap.disit.org is a tool for PA administrators and for developers. For the PA administrators provide access to several kinds of geospatial queries in Florence and in the whole Tuscany region, taking as a results static and real time data, geo-localized. The ServiceMap is also a tool for developers, which can be used to understand the usage of API to access at the Km4City services http://www.disit.org/6597 . The ServiceMap facility allows the visual creation of queries on the city, and may send to the connected user via email the SPARQL code of the visual queries performed, and in addition also a simple Query ID. The Query ID can be used to pose the query without writing it, from any Mobile and Web applications without the needs of learning complex ontological and SPARQL models;
• Linked Open Graph for browsing LOD RDF Stores model including the Km4City Smart City model in Florence and Tuscany and thus for learning how to formulate SPARQL queries http://LOG.disit.org. See for example a view of Florence http://log.disit.org/service/?graph=0f50fffc5bcfc205de5a19b606b61310
• Demonstrative mobile application exploiting ServiceMap API, also presented at the Florence Open Data Day and accessible as open source via: http://www.disit.org/6595 .
• Km4City ontology model and documentation [1], http://smartcity.linkeddata.es/, document http://www.disit.org/5606 , http://www.disit.org/km4city/schema/
• Parallel and distributed architecture based on ETL, scheduler, HBase, Hadoop, for massive big data ingestion (static, quasi static, and real time data), reconciliation, data enrichment (for connecting Km4City URI to dbPedia, geonames, etc. [3]) and for making decision: [1], slide http://www.disit.org/6566 with thousands of accesses on SlideShare. Several examples are accessible about the ETL transformation for data ingestion, quality improvement, conversion in triples, reconciliation in SILK, [1], etc. This engine is also adopted in other Smart City Projects as SMST national cluster.
CINI icitie workshop on smart city and communities, palermo, ottobre 2015
DISIT Lab overview: smart city, big data, semantic computing, cloudPaolo Nesi
Smart City
• Projects: http://www.disit.org/5501
– Sii-Mobility, http://www.sii-mobility.org
– Service Map: http://servicemap.disit.org
– Social Innovation: Coll@bora http://www.disit.org/5479
– Navigation Indoor/outdoor: Mobile Emergency http://www.disit.org/5404
– Mobility and Transport: TRACE-IT, RAISSS, TESYSRAIL
• Tools: http://www.disit.org/5489
– Data gathering, data mining and reconciliation
– Data reasoning, deduction, prediction
– Smart city ontology and reasoning tools
– Service analysis and recommendations
– Autonomous train operator, train signaling
– Risk analysis, decision support systems
– Mobile Applications
Data Analytics - Big data
• Projects: http://www.disit.org/5501
– Linked Open Graph: http://LOG.disit.org
– Sii-Mobility, http://www.sii-mobility.org
– Service on a number of projects
• Tools: http://www.disit.org/5489
– Open data and Linked Open Data
– LOG LOD service and tools
– Data mining and reconciliation
– Data reasoning, deduction, prediction, decision support
– SN Analysis and recommendations
– User behavior monitoring and analysis
Smart Cloud - Computing
• Projects: http://www.disit.org/5501
– ICARO: http://www.disit.org/5482
– Cloud ontology: http://www.disit.org/5604
– Cloud simulator:
– Smart Cloud: http://www.disit.org/6544
• Tools: http://www.disit.org/5489
– Cloud Monitoring
– Smart Cloud Engine and reasoner,
– Service Level Analyzer and control
– Configuration analysis and checker
– Cloud Simulation
Text and Web Mining
• Projects: http://www.disit.org/5501
– OSIM: http://www.disit.org/5482
– SACVAR: http://www.disit.org/5604
– Blog/Twitter Vigilance
• Tools: http://www.disit.org/5489
– Text and web mining, Natural Language Processing
– Service localization
– Web Crawling
– Competence analysis
– Blog Vigiliance, sentiment analysis
Social Media and e-Learning
• Projects: http://www.disit.org/5501
– ECLAP, http://www.eclap.eu
– ApreToscana: http://www.apretoscana.org
– Others: AXMEDIS, VARIAZIONI, SMNET, etc.
– Samsung Smart TV: http://www.disit.org/6534
• Tools: http://www.disit.org/5489
– XLMS, Cross Media Learning System
– IPR and content protection and distribution
– Mobile and SmartTv Applications
– Suggestions and recommendations
– Matchmaking solutions
– Media Tools for cross media content
Mobile Computing
• Projects:
– ECLAP: http://www.eclap.eu
– Mobile Medicine: http://mobmed.axmedis.org
– Mobile Emergency: http://www.disit.org/5500
– Smart City, FODD 2015: http://www.disit.org/6593
– Resolute: Mobiles as sensors
• Tools and support:
– Content distribution: e-learning
– Integrated Indoor/outdoor navigation
– User networking and collaboration
– Service localization
– Smart city and services
– OS: iOS, Android, Windows Phone, etc.
– Tech: IOT, iBeacoms, NFC, QR, ….
Institutional Services and Tools for Content, Metadata and IPR ManagementPaolo Nesi
Ingest a large range metadata formats (XML based or Dublin Core, METS, MPEG-21, etc.) coming from different channels (http, ftp, oai-pmh, etc.) and content files >500 ff.
Perform human content enrichment, translations, validation; comments; social media, rating; promoting; publication; corrections; assessment, etc.
Perform automated activities, technical parameters (duration, size, etc.), descriptors, indexing, translations, VIP names, geonames, LOD, assessment, IPR , verification
IPR modelling, assignment and verification.
Harmonising the activities of human and automated processing
Scale up of the back office architecture to cope with a large number of transactions
Support and model one or more workflows
Km4city Smart City Ecosystem Urban PlatformPaolo Nesi
keep city under control via personalized dashboards
improve city resilience, reducing risks and decision support
transform data in value for the city
monitoring services’ status of city operators
Smart City Dashboards, http://dashboard.km4city.org Dashboard Builder
monitoring and understanding the city users behaviour
Recommender and User Behavior Analyzer, http://recommender.km4city.org
WiFi monitor, http://wifimap.km4city.org
Origin Destination matrix tools http://www.disit.org/6694
collecting moods, contributions and data from the city users
Collecting contributions: images, stars, comments and Social Media
monitoring social media for city services and events, event predictions
Twitter Vigilance, http://www.disit.org/tv , http://tvsolr.disit.org
assessing city resilience level
Resilience Decision Support, http://resilienceds.km4city.org
Smart decision support system, http://smartds.km4city.org
improving city resilience, providing objective hints
Resilience Decision Support implementing European Resilience Management Guidelines (ERMG) http://www.resolute-eu.org
improving city users awareness with personal city assistants and participatory tools
Dashboard: http://dashboard.km4city.org
Km4City Web App http://www.km4city.org
Km4City Mobile App: http://www.km4city.org/app
enabling commercial and business applications
decision support access
aggregating multi-domain data and services for SMEs and city operators
Data /Service Aggregator: open, flexible and suitable access
data aggregation and access Smart City API
integrated data and services, accessible as on demand basis
providing services for third party portals and Apps: geo-localized data and services, info, suggestions
suggestion on demand service for SMEs and city operators
Suggestion On Demand see above
Personal Assistance: information, engagement, soundage
development tool for fast and low cost implementation of business and service oriented Apps
Smart City API
Towards Socially Intelligent Media ComputingPaolo Nesi
Towards Socially Intelligent Media Computing
Keynote at KESS 2nd International Symposium on
Intelligent Interactive Multimedia Systems and Services, IIMSS09
Mogliano Veneto, Venice, Italy, organized by University of Milan, July 2009
Gas agency management system for nepal gas anilNawaraj Ghimire
The document presents a gas agency management system for Nepal Gas. The system allows users to make online gas bookings and requests to transfer gas connections. It registers gas agencies and manages user accounts, including agencies, consumers, and their records. The system was developed using the waterfall model. It has functions for creating, updating, deleting, and searching user records, and providing cylinder availability information. It is a web-enabled project using technologies like ASP.Net, SQL Server, and runs on standard hardware requirements. Data collection involved interviews, discussions, documentation review and web research.
Martin Donnelly from the Digital Curation Centre presented on recent updates and future plans for DMP Online, a web-based tool for creating data management plans. Key points included:
1. DMP Online allows users to create and update DMPs, meet funder requirements, and get guidance. It recently added abilities to share plans and overlay multiple templates.
2. A walkthrough showed the login process, plan creation, guidance features, template selection, sharing abilities, and export options.
3. DMP Online collaborates with funders, institutions, and research communities. It also works internationally with groups like DMPTool and ANDS in Australia.
4. Future plans include simplifying
Presentation describing the purpose of the European Data Portal project. The launching of the European Data Portal is one of the key steps the European Commission is taking in supporting the access to public data.
The document provides an overview of Francesco Sardu's service design portfolio. It includes summaries of several projects he has worked on related to insurance, security, entertainment, logistics, mobility, hospitality, banking, healthcare, and retail. The portfolio highlights his skills in areas like user research, concept development, testing, and project management. It then provides more detailed descriptions of some specific service design projects he led or contributed to.
The document discusses Open Addresses, an initiative to create an open database of addresses in the UK. Open Addresses aims to make address data available for anyone to use for free by gathering data from open datasets and crowdsourcing. It is owned by the not-for-profit Open Data Institute. The benefits mentioned include increased social and economic value, faster publication of new addresses, and new businesses and services created through linked address data. Open Addresses plans to grow its user base through trial programs, social media, and mainstream media to publicize the initiative.
The PRO-IDEAL Project Angels Network aims to build capacity in Latin American countries through coaching courses to train local experts as "Project Angels" to advise others on participating in EU funding programs. The Project Angels receive training on the EU's ICT funding mechanisms and FP7 program. Since 2009 over 100 people have participated in the courses and over 70 have become active Project Angels advising researchers in their home countries. This networking program helps increase Latin American participation in European projects and benefits the Project Angels by providing experience that adds to their CVs and professional networks.
Ministry of Housing, Communities & Local Government (MHCLG) show + tell - spr...dxw digital
This document provides an overview and update of an alpha project run by MHCLG and dxw digital to develop a collaboration toolkit and tool to help local authorities collaborate. It summarizes the work done in the second sprint, including user research conducted with 6 participants and resulting design updates. The next sprint will involve further mapping existing guidance, iterating the prototype with users, and testing notifications and incentives to encourage contribution and use of the collaboration tool.
VIRQUAL is a 3-year European project that aims to harmonize virtual mobility and the European Qualification Framework. The project involves 14 partners from 7 countries. The goals are to help educational institutions implement virtual mobility and the EQF through e-learning by identifying obstacles and proposing solutions. Work will involve defining best practices for virtual mobility, assessing policies and initiatives, developing virtual mobility scenarios between partner institutions, and creating tools to analyze and manage virtual mobility. The project will use innovative management practices like web 2.0 technologies for communication and collaborative work.
This document discusses establishing Dublin as a global city for prototyping new products and services. It outlines Dublin's existing strengths that could support a prototyping ecosystem, including diverse urban environments, multi-national headquarters, research institutions, and an English-speaking workforce. A proposed "Prototype Dublin Office" would streamline the city's resources like venues, experts, and open data to facilitate fast prototyping through open calls for ideas, simplified applications, and networking events. Metrics like applications received, services used, and ideas generated could evaluate the program's success in supporting startups and creating jobs. The document provides examples of prototype projects and concludes by thanking involved parties for their contributions.
Start Up City Workshop - Dublin 2014 - Prototyped in Dublin Frank Hughes
The workshop gathered multidisciplinary teams from the city to workshop under the facilitation of the Institute without Boundaries to workshop solutions to making Dublin City the goto city for Start Ups. A number of themes were brainstormed and presentations made following the two day event. It was initiated by The Studio in Dublin City Council , sadly no more.
Coaching material about strategic use of ICT and Communication Tools.pdfBrodoto
This document provides coaching material on strategic use of information and communication technologies (ICT) and social media tools for social entrepreneurs. It is divided into three modules. Module I discusses ICT tools for optimizing daily work, including project management, internal communication, external communication, collaboration, educational/presentation, and video/graphic editing tools. Module II focuses on using social media strategically on platforms like Facebook and Instagram. Module III presents impact tools for social enterprises regarding business, impact measurement, networking, and cooperation. The document aims to equip social entrepreneurs with digital skills and strategies to improve their operations and outreach.
This document proposes a web design and development project for the Sri Lanka College of Paediatricians. It includes conceptual outlines and mockups for key pages of the website, as well as special features like social media integration, mobile responsiveness, and security features. The objective is to build awareness of the College's child protection projects among online users in Sri Lanka. The proposal discusses technical details of the website design and features to provide a good user experience and protect the site from hackers.
Models and tools for aggregating and annotating content on ECLAPPaolo Nesi
This document summarizes the ECLAP project which provides tools and a semantic model for aggregating and annotating cultural heritage content. The model allows content from different sources to be collected, organized and shared without modification. It also supports educational uses through organizing content and giving semantic meaning. Key tools described include playlists, collections, and storytelling annotations. The project aims to make European performing arts content accessible through both its own portal and Europeana.
This document discusses internet advertising and business models. It begins by explaining how advertising is necessary for many internet businesses given that users expect free digital content. It then covers topics like consumer analysis, different advertising mediums (TV, magazines, internet), measures of advertising effectiveness, and business models involving pay-per-click or cost-per-thousand impressions. The document focuses on semantic processing and targeted advertising enabled by understanding user profiles and ad descriptors.
Protection Systems, from CP, CAS to DRM, part A of 2Paolo Nesi
This document outlines the course "Collaborative and Protection Systems" taught by Professor Paolo Nesi at the University of Florence. The course covers topics such as distribution models, terminology, business models, copy protection, conditional access systems, digital rights management, content modeling, and licensing. It discusses aspects of scalability, availability, and accessibility for content services. Content protection architectures include distribution, production, security, and modeling. The document also defines key terms and concepts.
Mobile Medicine and Mobile Emergency, see also them on Apple StorePaolo Nesi
The document describes a mobile application to manage communications during emergencies in hospitals. It allows medical personnel to: communicate the initiation of emergencies; organize intervention groups; access information on exits and guidelines; and update information automatically. The application runs on mobile devices and connects to a server. It aims to shorten response times and improve coordination during emergencies through improved communication.
Protection and distribution Systems, part B of 2Paolo Nesi
This document outlines the course "Collaborative and Protection Systems (SCP)" taught at the University of Florence. It discusses various topics related to digital rights management (DRM) including Apple's iTunes DRM system, definitions of related concepts like triple play and quadruple play, the AXMEDIS framework, and advanced DRM techniques. Distribution of content via various methods like peer-to-peer networks and kiosks is also examined.
Km4City: Smart City Model and Tools for City Knowledge ExploitationPaolo Nesi
The proposed presentation is going to expose the integrated solutions around Km4City model which has been set up by the DISIT lab in Florence (http://www.disit.org/6056 ) and adopted in some EC and national smart city projects (Sii-Mobility Smart City MIUR project, RESOLUTE H2020, Km4City service and tools in place in the Florence Area, with many industrial partners as Thales, Swarco, ECM, etc.). The solution is based on Km4City model that is capable to model a large set of the above data kind and provides support for inference and reasoning, on time and space, on public and private data, on static and real time data. In more details, the solution developed is open and accessible for city providing models and tools for its adoption and exploitation, also enabling the full customization. It includes a set of tools:
• Service map: http://servicemap.disit.org is a tool for PA administrators and for developers. For the PA administrators provide access to several kinds of geospatial queries in Florence and in the whole Tuscany region, taking as a results static and real time data, geo-localized. The ServiceMap is also a tool for developers, which can be used to understand the usage of API to access at the Km4City services http://www.disit.org/6597 . The ServiceMap facility allows the visual creation of queries on the city, and may send to the connected user via email the SPARQL code of the visual queries performed, and in addition also a simple Query ID. The Query ID can be used to pose the query without writing it, from any Mobile and Web applications without the needs of learning complex ontological and SPARQL models;
• Linked Open Graph for browsing LOD RDF Stores model including the Km4City Smart City model in Florence and Tuscany and thus for learning how to formulate SPARQL queries http://LOG.disit.org. See for example a view of Florence http://log.disit.org/service/?graph=0f50fffc5bcfc205de5a19b606b61310
• Demonstrative mobile application exploiting ServiceMap API, also presented at the Florence Open Data Day and accessible as open source via: http://www.disit.org/6595 .
• Km4City ontology model and documentation [1], http://smartcity.linkeddata.es/, document http://www.disit.org/5606 , http://www.disit.org/km4city/schema/
• Parallel and distributed architecture based on ETL, scheduler, HBase, Hadoop, for massive big data ingestion (static, quasi static, and real time data), reconciliation, data enrichment (for connecting Km4City URI to dbPedia, geonames, etc. [3]) and for making decision: [1], slide http://www.disit.org/6566 with thousands of accesses on SlideShare. Several examples are accessible about the ETL transformation for data ingestion, quality improvement, conversion in triples, reconciliation in SILK, [1], etc. This engine is also adopted in other Smart City Projects as SMST national cluster.
CINI icitie workshop on smart city and communities, palermo, ottobre 2015
DISIT Lab overview: smart city, big data, semantic computing, cloudPaolo Nesi
Smart City
• Projects: http://www.disit.org/5501
– Sii-Mobility, http://www.sii-mobility.org
– Service Map: http://servicemap.disit.org
– Social Innovation: Coll@bora http://www.disit.org/5479
– Navigation Indoor/outdoor: Mobile Emergency http://www.disit.org/5404
– Mobility and Transport: TRACE-IT, RAISSS, TESYSRAIL
• Tools: http://www.disit.org/5489
– Data gathering, data mining and reconciliation
– Data reasoning, deduction, prediction
– Smart city ontology and reasoning tools
– Service analysis and recommendations
– Autonomous train operator, train signaling
– Risk analysis, decision support systems
– Mobile Applications
Data Analytics - Big data
• Projects: http://www.disit.org/5501
– Linked Open Graph: http://LOG.disit.org
– Sii-Mobility, http://www.sii-mobility.org
– Service on a number of projects
• Tools: http://www.disit.org/5489
– Open data and Linked Open Data
– LOG LOD service and tools
– Data mining and reconciliation
– Data reasoning, deduction, prediction, decision support
– SN Analysis and recommendations
– User behavior monitoring and analysis
Smart Cloud - Computing
• Projects: http://www.disit.org/5501
– ICARO: http://www.disit.org/5482
– Cloud ontology: http://www.disit.org/5604
– Cloud simulator:
– Smart Cloud: http://www.disit.org/6544
• Tools: http://www.disit.org/5489
– Cloud Monitoring
– Smart Cloud Engine and reasoner,
– Service Level Analyzer and control
– Configuration analysis and checker
– Cloud Simulation
Text and Web Mining
• Projects: http://www.disit.org/5501
– OSIM: http://www.disit.org/5482
– SACVAR: http://www.disit.org/5604
– Blog/Twitter Vigilance
• Tools: http://www.disit.org/5489
– Text and web mining, Natural Language Processing
– Service localization
– Web Crawling
– Competence analysis
– Blog Vigiliance, sentiment analysis
Social Media and e-Learning
• Projects: http://www.disit.org/5501
– ECLAP, http://www.eclap.eu
– ApreToscana: http://www.apretoscana.org
– Others: AXMEDIS, VARIAZIONI, SMNET, etc.
– Samsung Smart TV: http://www.disit.org/6534
• Tools: http://www.disit.org/5489
– XLMS, Cross Media Learning System
– IPR and content protection and distribution
– Mobile and SmartTv Applications
– Suggestions and recommendations
– Matchmaking solutions
– Media Tools for cross media content
Mobile Computing
• Projects:
– ECLAP: http://www.eclap.eu
– Mobile Medicine: http://mobmed.axmedis.org
– Mobile Emergency: http://www.disit.org/5500
– Smart City, FODD 2015: http://www.disit.org/6593
– Resolute: Mobiles as sensors
• Tools and support:
– Content distribution: e-learning
– Integrated Indoor/outdoor navigation
– User networking and collaboration
– Service localization
– Smart city and services
– OS: iOS, Android, Windows Phone, etc.
– Tech: IOT, iBeacoms, NFC, QR, ….
Institutional Services and Tools for Content, Metadata and IPR ManagementPaolo Nesi
Ingest a large range metadata formats (XML based or Dublin Core, METS, MPEG-21, etc.) coming from different channels (http, ftp, oai-pmh, etc.) and content files >500 ff.
Perform human content enrichment, translations, validation; comments; social media, rating; promoting; publication; corrections; assessment, etc.
Perform automated activities, technical parameters (duration, size, etc.), descriptors, indexing, translations, VIP names, geonames, LOD, assessment, IPR , verification
IPR modelling, assignment and verification.
Harmonising the activities of human and automated processing
Scale up of the back office architecture to cope with a large number of transactions
Support and model one or more workflows
Km4city Smart City Ecosystem Urban PlatformPaolo Nesi
keep city under control via personalized dashboards
improve city resilience, reducing risks and decision support
transform data in value for the city
monitoring services’ status of city operators
Smart City Dashboards, http://dashboard.km4city.org Dashboard Builder
monitoring and understanding the city users behaviour
Recommender and User Behavior Analyzer, http://recommender.km4city.org
WiFi monitor, http://wifimap.km4city.org
Origin Destination matrix tools http://www.disit.org/6694
collecting moods, contributions and data from the city users
Collecting contributions: images, stars, comments and Social Media
monitoring social media for city services and events, event predictions
Twitter Vigilance, http://www.disit.org/tv , http://tvsolr.disit.org
assessing city resilience level
Resilience Decision Support, http://resilienceds.km4city.org
Smart decision support system, http://smartds.km4city.org
improving city resilience, providing objective hints
Resilience Decision Support implementing European Resilience Management Guidelines (ERMG) http://www.resolute-eu.org
improving city users awareness with personal city assistants and participatory tools
Dashboard: http://dashboard.km4city.org
Km4City Web App http://www.km4city.org
Km4City Mobile App: http://www.km4city.org/app
enabling commercial and business applications
decision support access
aggregating multi-domain data and services for SMEs and city operators
Data /Service Aggregator: open, flexible and suitable access
data aggregation and access Smart City API
integrated data and services, accessible as on demand basis
providing services for third party portals and Apps: geo-localized data and services, info, suggestions
suggestion on demand service for SMEs and city operators
Suggestion On Demand see above
Personal Assistance: information, engagement, soundage
development tool for fast and low cost implementation of business and service oriented Apps
Smart City API
Towards Socially Intelligent Media ComputingPaolo Nesi
Towards Socially Intelligent Media Computing
Keynote at KESS 2nd International Symposium on
Intelligent Interactive Multimedia Systems and Services, IIMSS09
Mogliano Veneto, Venice, Italy, organized by University of Milan, July 2009
Gas agency management system for nepal gas anilNawaraj Ghimire
The document presents a gas agency management system for Nepal Gas. The system allows users to make online gas bookings and requests to transfer gas connections. It registers gas agencies and manages user accounts, including agencies, consumers, and their records. The system was developed using the waterfall model. It has functions for creating, updating, deleting, and searching user records, and providing cylinder availability information. It is a web-enabled project using technologies like ASP.Net, SQL Server, and runs on standard hardware requirements. Data collection involved interviews, discussions, documentation review and web research.
Martin Donnelly from the Digital Curation Centre presented on recent updates and future plans for DMP Online, a web-based tool for creating data management plans. Key points included:
1. DMP Online allows users to create and update DMPs, meet funder requirements, and get guidance. It recently added abilities to share plans and overlay multiple templates.
2. A walkthrough showed the login process, plan creation, guidance features, template selection, sharing abilities, and export options.
3. DMP Online collaborates with funders, institutions, and research communities. It also works internationally with groups like DMPTool and ANDS in Australia.
4. Future plans include simplifying
Presentation describing the purpose of the European Data Portal project. The launching of the European Data Portal is one of the key steps the European Commission is taking in supporting the access to public data.
The document provides an overview of Francesco Sardu's service design portfolio. It includes summaries of several projects he has worked on related to insurance, security, entertainment, logistics, mobility, hospitality, banking, healthcare, and retail. The portfolio highlights his skills in areas like user research, concept development, testing, and project management. It then provides more detailed descriptions of some specific service design projects he led or contributed to.
The document discusses Open Addresses, an initiative to create an open database of addresses in the UK. Open Addresses aims to make address data available for anyone to use for free by gathering data from open datasets and crowdsourcing. It is owned by the not-for-profit Open Data Institute. The benefits mentioned include increased social and economic value, faster publication of new addresses, and new businesses and services created through linked address data. Open Addresses plans to grow its user base through trial programs, social media, and mainstream media to publicize the initiative.
The PRO-IDEAL Project Angels Network aims to build capacity in Latin American countries through coaching courses to train local experts as "Project Angels" to advise others on participating in EU funding programs. The Project Angels receive training on the EU's ICT funding mechanisms and FP7 program. Since 2009 over 100 people have participated in the courses and over 70 have become active Project Angels advising researchers in their home countries. This networking program helps increase Latin American participation in European projects and benefits the Project Angels by providing experience that adds to their CVs and professional networks.
Ministry of Housing, Communities & Local Government (MHCLG) show + tell - spr...dxw digital
This document provides an overview and update of an alpha project run by MHCLG and dxw digital to develop a collaboration toolkit and tool to help local authorities collaborate. It summarizes the work done in the second sprint, including user research conducted with 6 participants and resulting design updates. The next sprint will involve further mapping existing guidance, iterating the prototype with users, and testing notifications and incentives to encourage contribution and use of the collaboration tool.
VIRQUAL is a 3-year European project that aims to harmonize virtual mobility and the European Qualification Framework. The project involves 14 partners from 7 countries. The goals are to help educational institutions implement virtual mobility and the EQF through e-learning by identifying obstacles and proposing solutions. Work will involve defining best practices for virtual mobility, assessing policies and initiatives, developing virtual mobility scenarios between partner institutions, and creating tools to analyze and manage virtual mobility. The project will use innovative management practices like web 2.0 technologies for communication and collaborative work.
This document discusses establishing Dublin as a global city for prototyping new products and services. It outlines Dublin's existing strengths that could support a prototyping ecosystem, including diverse urban environments, multi-national headquarters, research institutions, and an English-speaking workforce. A proposed "Prototype Dublin Office" would streamline the city's resources like venues, experts, and open data to facilitate fast prototyping through open calls for ideas, simplified applications, and networking events. Metrics like applications received, services used, and ideas generated could evaluate the program's success in supporting startups and creating jobs. The document provides examples of prototype projects and concludes by thanking involved parties for their contributions.
Start Up City Workshop - Dublin 2014 - Prototyped in Dublin Frank Hughes
The workshop gathered multidisciplinary teams from the city to workshop under the facilitation of the Institute without Boundaries to workshop solutions to making Dublin City the goto city for Start Ups. A number of themes were brainstormed and presentations made following the two day event. It was initiated by The Studio in Dublin City Council , sadly no more.
Coaching material about strategic use of ICT and Communication Tools.pdfBrodoto
This document provides coaching material on strategic use of information and communication technologies (ICT) and social media tools for social entrepreneurs. It is divided into three modules. Module I discusses ICT tools for optimizing daily work, including project management, internal communication, external communication, collaboration, educational/presentation, and video/graphic editing tools. Module II focuses on using social media strategically on platforms like Facebook and Instagram. Module III presents impact tools for social enterprises regarding business, impact measurement, networking, and cooperation. The document aims to equip social entrepreneurs with digital skills and strategies to improve their operations and outreach.
This document proposes a web design and development project for the Sri Lanka College of Paediatricians. It includes conceptual outlines and mockups for key pages of the website, as well as special features like social media integration, mobile responsiveness, and security features. The objective is to build awareness of the College's child protection projects among online users in Sri Lanka. The proposal discusses technical details of the website design and features to provide a good user experience and protect the site from hackers.
This document provides a summary of an individual named Prasanth PV Nambiar. It includes contact information, educational background, skills, work experience spanning over 15 years in IT projects, and roles and responsibilities in various projects. The individual has experience in project management, software configuration management, quality coordination, and business development.
This profile summarizes Nigel Willis' experience as a project manager and Scrum master over 25 years in IT services and outsourcing. He has experience managing infrastructure upgrades, data migration, office moves, and software development projects using both Waterfall and Agile methodologies. Some of his career assignments include managing office expansions and a Windows 7 upgrade as a contractor, and leading a team of 40 network operators and managing global network migrations and consolidations at AT&T Business and IBM. He holds several project management and IT certifications.
This document provides a final report on the Course Data project at Blackpool and The Fylde College. The project aimed to improve internal processes for managing course information and create a machine-readable feed of course data using the XCRI standard. Key outcomes included developing a content management system with workflows for updating and approving course information, mapping data between systems, and publishing an XCRI feed. The project helped enhance understanding of course data management and position the college well to share reliable information externally.
This project aims to promote social dialogue in the banking sector across Europe. It will bring together unions from 9 countries to identify trends, share best practices, and develop a training program on topics like industrial relations and change management. The goals are to strengthen social dialogue, help new members learn from experienced ones, and ensure European social dialogue supports innovation and change. Key activities include a forecasting survey of bank employee views, workshops and conferences to disseminate results, and an evaluation of the project's impact.
The document discusses several key management issues for the FruitBreedomics project, including a delayed EC report submission, awaiting feedback from the EC reviewer, and numerous upcoming deliverables. It provides details on the deliverable and milestone review process, a list of deliverables and milestones due in the next year, financial issues regarding payments and reimbursements, and useful tools for project participants, including the researcher's guide, collaborative workspace, communication guidelines, and stakeholder platform.
ECLAP White paper, social network for Cultural Heritage on Peforming artsPaolo Nesi
the experience of a new generation digital content service is presented, namely ECLAP (European Collected Library of Artistic Performance, http://www.eclap.eu). ECLAP is a live lab in which several new technologies and solutions in the area of semantic computing and social media have been developed and put under trial of the final users and institutions. On this regard, ECLAP is open for both content and results experimentations, and presently comprises more than 35 prestigious international institutions; ECLAP provides services and tools for automated content ingestion, adaptation, metadata ingestion and editing, semantic information extraction, indexing and distribution by exploiting the most innovative and consolidated technologies. ECLAP supports the institutions in all their activities: metadata selection and mapping, content ingestion, to the definition and management of permissions and licenses on contents, and finally managing their users on ECLAP services. According to ECLAP workflow, the obtained metadata are sent to Europeana only after that the metadata have been enriched and linked to a reachable digital resource and when the IPR details have been finalized, with needed quality level. An ECLAP IPR Model can be associated with each single content or collection. ECLAP also provides infrastructural connection for direct promotion of content towards a large number of social networks, including: Facebook, LinkedIn, Diggs, Twitter, etc. On ECLAP, each content provider may have its own distribution channel/group (including a forum and a blog in addition to the space for their content collections, and the groups can be open, moderated or private) with the possibility of customizing the group user interface according to their logo and colours. This multitenant modality permits at the institutions to see ECLAP as a non-intrusive service, to reinforce their brand and at the same time to exploit and experiment a number of innovative ECLAP tools, to accelerate the promotion exploiting ECLAP social media, LOD and Europeana channels, and ready to access new users for their content. ECLAP provides the unique videos, images and texts related to more than 50 years of activity of the Dario Fo and Franca Rame theatre company, featuring videos, photos, texts, drawings, paintings, sketches, posters, copies of contracts and of invoices, notes, books, articles. Other unique, irreplaceable material includes video, audio recordings and photos of performances, workshops, seminars, rehearsals of Jerzy Grotowski, Peter Brook, Gennadi Bogdanov, Anatolij Vasil’ev, Alberto Sordi, Carmelo Bene, Giorgio Strehler, Mimmo Cuticchio, Gian Maria Volonté, Judith Malina.
Similar to Eclap Validation and service optimisation, final report (20)
20 Comprehensive Checklist of Designing and Developing a WebsitePixlogix Infotech
Dive into the world of Website Designing and Developing with Pixlogix! Looking to create a stunning online presence? Look no further! Our comprehensive checklist covers everything you need to know to craft a website that stands out. From user-friendly design to seamless functionality, we've got you covered. Don't miss out on this invaluable resource! Check out our checklist now at Pixlogix and start your journey towards a captivating online presence today.
Enchancing adoption of Open Source Libraries. A case study on Albumentations.AIVladimir Iglovikov, Ph.D.
Presented by Vladimir Iglovikov:
- https://www.linkedin.com/in/iglovikov/
- https://x.com/viglovikov
- https://www.instagram.com/ternaus/
This presentation delves into the journey of Albumentations.ai, a highly successful open-source library for data augmentation.
Created out of a necessity for superior performance in Kaggle competitions, Albumentations has grown to become a widely used tool among data scientists and machine learning practitioners.
This case study covers various aspects, including:
People: The contributors and community that have supported Albumentations.
Metrics: The success indicators such as downloads, daily active users, GitHub stars, and financial contributions.
Challenges: The hurdles in monetizing open-source projects and measuring user engagement.
Development Practices: Best practices for creating, maintaining, and scaling open-source libraries, including code hygiene, CI/CD, and fast iteration.
Community Building: Strategies for making adoption easy, iterating quickly, and fostering a vibrant, engaged community.
Marketing: Both online and offline marketing tactics, focusing on real, impactful interactions and collaborations.
Mental Health: Maintaining balance and not feeling pressured by user demands.
Key insights include the importance of automation, making the adoption process seamless, and leveraging offline interactions for marketing. The presentation also emphasizes the need for continuous small improvements and building a friendly, inclusive community that contributes to the project's growth.
Vladimir Iglovikov brings his extensive experience as a Kaggle Grandmaster, ex-Staff ML Engineer at Lyft, sharing valuable lessons and practical advice for anyone looking to enhance the adoption of their open-source projects.
Explore more about Albumentations and join the community at:
GitHub: https://github.com/albumentations-team/albumentations
Website: https://albumentations.ai/
LinkedIn: https://www.linkedin.com/company/100504475
Twitter: https://x.com/albumentations
Unlock the Future of Search with MongoDB Atlas_ Vector Search Unleashed.pdfMalak Abu Hammad
Discover how MongoDB Atlas and vector search technology can revolutionize your application's search capabilities. This comprehensive presentation covers:
* What is Vector Search?
* Importance and benefits of vector search
* Practical use cases across various industries
* Step-by-step implementation guide
* Live demos with code snippets
* Enhancing LLM capabilities with vector search
* Best practices and optimization strategies
Perfect for developers, AI enthusiasts, and tech leaders. Learn how to leverage MongoDB Atlas to deliver highly relevant, context-aware search results, transforming your data retrieval process. Stay ahead in tech innovation and maximize the potential of your applications.
#MongoDB #VectorSearch #AI #SemanticSearch #TechInnovation #DataScience #LLM #MachineLearning #SearchTechnology
A tale of scale & speed: How the US Navy is enabling software delivery from l...sonjaschweigert1
Rapid and secure feature delivery is a goal across every application team and every branch of the DoD. The Navy’s DevSecOps platform, Party Barge, has achieved:
- Reduction in onboarding time from 5 weeks to 1 day
- Improved developer experience and productivity through actionable findings and reduction of false positives
- Maintenance of superior security standards and inherent policy enforcement with Authorization to Operate (ATO)
Development teams can ship efficiently and ensure applications are cyber ready for Navy Authorizing Officials (AOs). In this webinar, Sigma Defense and Anchore will give attendees a look behind the scenes and demo secure pipeline automation and security artifacts that speed up application ATO and time to production.
We will cover:
- How to remove silos in DevSecOps
- How to build efficient development pipeline roles and component templates
- How to deliver security artifacts that matter for ATO’s (SBOMs, vulnerability reports, and policy evidence)
- How to streamline operations with automated policy checks on container images
“An Outlook of the Ongoing and Future Relationship between Blockchain Technologies and Process-aware Information Systems.” Invited talk at the joint workshop on Blockchain for Information Systems (BC4IS) and Blockchain for Trusted Data Sharing (B4TDS), co-located with with the 36th International Conference on Advanced Information Systems Engineering (CAiSE), 3 June 2024, Limassol, Cyprus.
UiPath Test Automation using UiPath Test Suite series, part 6DianaGray10
Welcome to UiPath Test Automation using UiPath Test Suite series part 6. In this session, we will cover Test Automation with generative AI and Open AI.
UiPath Test Automation with generative AI and Open AI webinar offers an in-depth exploration of leveraging cutting-edge technologies for test automation within the UiPath platform. Attendees will delve into the integration of generative AI, a test automation solution, with Open AI advanced natural language processing capabilities.
Throughout the session, participants will discover how this synergy empowers testers to automate repetitive tasks, enhance testing accuracy, and expedite the software testing life cycle. Topics covered include the seamless integration process, practical use cases, and the benefits of harnessing AI-driven automation for UiPath testing initiatives. By attending this webinar, testers, and automation professionals can gain valuable insights into harnessing the power of AI to optimize their test automation workflows within the UiPath ecosystem, ultimately driving efficiency and quality in software development processes.
What will you get from this session?
1. Insights into integrating generative AI.
2. Understanding how this integration enhances test automation within the UiPath platform
3. Practical demonstrations
4. Exploration of real-world use cases illustrating the benefits of AI-driven test automation for UiPath
Topics covered:
What is generative AI
Test Automation with generative AI and Open AI.
UiPath integration with generative AI
Speaker:
Deepak Rai, Automation Practice Lead, Boundaryless Group and UiPath MVP
Communications Mining Series - Zero to Hero - Session 1DianaGray10
This session provides introduction to UiPath Communication Mining, importance and platform overview. You will acquire a good understand of the phases in Communication Mining as we go over the platform with you. Topics covered:
• Communication Mining Overview
• Why is it important?
• How can it help today’s business and the benefits
• Phases in Communication Mining
• Demo on Platform overview
• Q/A
UiPath Test Automation using UiPath Test Suite series, part 5DianaGray10
Welcome to UiPath Test Automation using UiPath Test Suite series part 5. In this session, we will cover CI/CD with devops.
Topics covered:
CI/CD with in UiPath
End-to-end overview of CI/CD pipeline with Azure devops
Speaker:
Lyndsey Byblow, Test Suite Sales Engineer @ UiPath, Inc.
Alt. GDG Cloud Southlake #33: Boule & Rebala: Effective AppSec in SDLC using ...James Anderson
Effective Application Security in Software Delivery lifecycle using Deployment Firewall and DBOM
The modern software delivery process (or the CI/CD process) includes many tools, distributed teams, open-source code, and cloud platforms. Constant focus on speed to release software to market, along with the traditional slow and manual security checks has caused gaps in continuous security as an important piece in the software supply chain. Today organizations feel more susceptible to external and internal cyber threats due to the vast attack surface in their applications supply chain and the lack of end-to-end governance and risk management.
The software team must secure its software delivery process to avoid vulnerability and security breaches. This needs to be achieved with existing tool chains and without extensive rework of the delivery processes. This talk will present strategies and techniques for providing visibility into the true risk of the existing vulnerabilities, preventing the introduction of security issues in the software, resolving vulnerabilities in production environments quickly, and capturing the deployment bill of materials (DBOM).
Speakers:
Bob Boule
Robert Boule is a technology enthusiast with PASSION for technology and making things work along with a knack for helping others understand how things work. He comes with around 20 years of solution engineering experience in application security, software continuous delivery, and SaaS platforms. He is known for his dynamic presentations in CI/CD and application security integrated in software delivery lifecycle.
Gopinath Rebala
Gopinath Rebala is the CTO of OpsMx, where he has overall responsibility for the machine learning and data processing architectures for Secure Software Delivery. Gopi also has a strong connection with our customers, leading design and architecture for strategic implementations. Gopi is a frequent speaker and well-known leader in continuous delivery and integrating security into software delivery.
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Eclap Validation and service optimisation, final report
1. DE6.1.3 - V
ECLAP projec
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3. DE6.1.3 - Validation and service optimisation
3
ECLAP project
Please note that:
You can become affiliated with ECLAP. This will give you access to a great amount of knowledge,
information related to ECLAP services, content and tools. If you are interested please contact ECLAP
coordinator Paolo Nesi at info@eclap.eu. Once affiliated with ECLAP you will have the possibility of
using the ECLAP for your organisation.
You can contribute to the improvement of ECLAP by sending your contribution to ECLAP coordinator
Paolo Nesi at info@ECLAP.eu
You can attend ECLAP meetings that are open to public, for additional information see www.eclap.eu or
contact ECLAP coordinator Paolo Nesi at info@eclap.eu
5. DE6.1.3 - Validation and service optimisation
5
ECLAP project
Table of Figures
Figure 1 ‐ ECLAP Overall Scenario ...................................................................................................................... 7
Figure 2 ‐ ECLAP Permissions ............................................................................................................................. 8
Figure 3 ‐ ECLAP Back Office and Portal architecture ....................................................................................... 9
Figure 4 ‐ ECLAP Workflow diagram ................................................................................................................ 11
Figure 6 ‐ Relationships among user roles. ..................................................................................................... 13
Figure 7 ‐ IPR permissions relations on Audio content ................................................................................... 14
Figure 8 ‐ IPR Wizard: audio sample. ............................................................................................................... 14
Figure 9 ‐ Chart of workflow transitions per month ........................................................................................ 16
Figure 10 – Chart of Back Office Metadata Analysis by month ....................................................................... 18
Figure 11 ‐ Chart of BackOffice Metadata Validation ...................................................................................... 19
Figure 12 ‐ Chart of BackOffice Content Publication ....................................................................................... 20
6. DE6.1.3 - Validation and service optimisation
6
ECLAP project
1 Executive Summary and Report Scope
ECLAP provides services and tools for automated content ingestion, adaptation, metadata ingestion and
editing, semantic information extraction, indexing and distribution by exploiting the most innovative and
consolidated technologies with the aim of providing high quality content to Europeana and make them
accessible to content provider for their users in the area of education, research, and entertainment.
In this document the current ECLAP Overall Scenario is described focussing on the lice-cycle (workflow) of
ECLAP content (content ingestion, content management). The solution takes into account metadata and IPR
model, the ECLAP workflow services and tools defined to manage them both manually by users and
automatically by the back-office. All this refers to the three main areas of the ECLAP architecture for
content and metadata management and the corresponding developed services and tools (Metadata Ingestion
Server, ACXP back office services and ECLAP front-office tools available on the ECLAP Portal). In this
report is also detailed the IPR Wizard tool and the IPR Logic Model adopted to guide the Content Providers
on creating an IPR Models and on making the association <IPR Model; content>. This tool has been realized
to simplify and make systematic and standard the work of the IPR Managers of each CP.
According to ECLAP workflow, the content ingestion starts taking metadata and content files from any kind
of archive and/or database or by providing them via FTP and/or web based utilities. Once the metadata area
ingested, an intelligent content processing back office is capable of collecting and automatically repurposing
content for distribution via pc and mobiles, coping with more than 500 digital file formats. The content
uploaded/ingested is initially accepted and made available on the ECLAP BPN front end with a set of
restrictions and the obtained metadata sets are sent to Europeana only after that the metadata have been
enriched and linked to a reachable digital resource and when the IPR issues have been correctly defined with
the needed quality level.
The ECLAP metadata enrichment activities can be performed by humans via suitable interface and tools or
automatically performed by using a freeware AXCP media grid used as back office to run automated
procedures as services (the automation parts are scripted). The typical metadata enrichments performed by
ECLAP can be the addition of technical descriptors of source files, indexing, vip names extractors, the
addition of more languages, the geo localization passing from location named into metadata and descriptors
to formal GPS position, the production of QR codes for museum inspection and linkage (see it as augmented
reality first step), the content aggregation, the addition of comments and tags, the association of taxonomical
classification and so on. Nevertheless, enrichment activity could be performed by ECLAP user by using
Metadata editor available as front-office tool.
The IPR management and the assignment of access restrictions is a way to enable the increment of possible
available content on the internet. Permissions as IPR models can be enforced on content by each ECLAP
institution (content owner), by using the IPR Wizard tool. An ECLAP IPR Model can be associated with
each single content or collection. The IPR model has been derived from the work performed on MPEG-21
standard taking into account the ontologies and relationships among different content distribution and access
rights. This means that access rules are imposed to restrict and regulate the content access taking into
account: content format (video, audio, document, etc.), actions/rights (play, download, stream, embed, etc.),
device (PC, mobile, mobile application), users’ type (private, public, educational, etc.), location (nationality,
university...), resolution (HD, high quality, medium, low, etc.). This model for content distribution with IPR
management is associated with a strong legal model as Terms of Use and privacy policy (see them on the
portal).
7. DE6.1.3 - V
ECLAP projec
Finally, wit
analysis of
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8. DE6.1.3 - V
ECLAP projec
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9. DE6.1.3 - V
ECLAP projec
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10. DE6.1.3 - Validation and service optimisation
10
ECLAP project
Specific actions are also needed to maintain and manage the content and work both on single content and
multiple such as: delete content, update metadata, and publish content uploaded by common users.
3.2 ECLAP Front office tools
The following front office web tools of ECLAP allow users covering the whole content life-cycle: content
upload, enrichment, validation, IPR modelling and editing, content and metadata assessment and
management, publication, etc...
WEB based content upload allows users uploading content and metadata on the portal through the Upload
web page.
Metadata Editor is the tool for enriching and validating metadata. According to the user role, the editor
works in Enrichment mode for enricher users and in Validation mode for validator user.
IPR wizard allows creating IPR Model that takes into account all the issues related to publishing content
online in the ECLAP context.
Content Management tool allows users to manage content and publish them to Europeana.
3.3 ECLAP Workflow Model
Front-office tools allow working on metadata in different ways. In order to avoid the production of
mistakes and problems specific accesses and roles can be granted only to skilled people and any action has to
be tracked to trace and assess quality about the performed activities. To this end, specific roles have been
defined:
WFIPR (CP): responsible for the definition and validation of IPR models, and IPR assignment to the
content; by using the IPR Wizard and during the Upload for the IPR Model Assignment.
WFENRICHER (CP, {languages}): responsible for the metadata enrichment and changes in the
specified languages (add, edit metadata) by using the Metadata Editor in Enrichment mode.
WFVALIDATOR (CP, {languages}): to validate the metadata for the identified language. The
metadata fields can be singularly validated until the object may pass the whole approval phase.
Validation and invalidation are made by using the Metadata Editor in Validation modality.
WFPUBLISHER (CP): to take the final decision for publishing on ECLAP and on Europeana. The
publishing of single or groups of content can be performed by using the Content Management Tool
and AXCP, together with much other functionalities, plus eventual new actions to be programmed on
the same tools.
Back-office services are not associated with specific user role since they are performed by rules on AXCP
computing grid background automated processes on content and metadata.
ECLAP back-office services and front-office tools work both on content and metadata. However, such
processes have to work in concurrency: back-office content processing are accessing and processing content
in parallel to the user activities on the front-end. Activities of translation, enrichment, validation, IPR
definition and assessment cannot be performed by more than one process at time on the same content. On the
other hand, sequential processing is too expensive and time consuming to sustain the content workflow and
ingestion. In ECLAP, several thousands of new content per days have to be processed. To this end, a
workflow state diagram has been modelled, formalized and implemented. Therefore, to manage the
concurrency and to guarantee a safety access to the content a mechanism of lock-unlock access has been
defined. The general workflow state diagram is coded as described in Figure 4.
11. DE6.1.3 - V
ECLAP projec
4 ECL
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the obtained
to a reachab
elated to the I
tent Provide
the Content
n the IPR ma
: (i) unders
, if needed, t
lable techno
t rights on
n a given co
on a compu
ps among the
mented in the
Ps have und
e web, the ne
formalize the
nd service op
Managemen
Content Pro
metadata se
ble digital re
IPR managem
ers and Righ
Partners (CP
anagement st
stand their r
they wanted
ologies and
objects (Inc
ontext. For
uter). As it h
e rights ident
e ECLAP IP
derstood, from
ext stage wa
e IPR Model
ptimisation
Figure 4 ‐
nt
oviders prov
ets are sent to
source and w
ment, are de
hts
Ps) can incor
tarted. In fac
rights on dig
to impose o
on the IPR
consistency c
example, the
has happened
tified have b
R Wizard wh
m a legal po
as to guide th
s with relate
ECLAP Workflo
vide both co
o Europeana
when the IP
scribed in th
rrectly assign
ct the first st
gital conten
on their cont
R issues rel
can be due
ey may req
d in other s
been analyse
hich is based
oint of view,
hem on defin
d access rest
ow diagram
ontent files a
a only after th
R issues hav
he following
n licenses to
tep made by
nts, (ii) guid
tent once ha
ated to them
to the defin
uest to avoi
studies or in
d, formalize
d on ECLAP
their positio
ning licenses
triction/perm
and metadata
hat the meta
ve been corr
sections.
the contents
the ECLAP
de them on
aving put it o
m, (iv) avo
nition of lim
id images to
n the develop
d and the log
IPR model.
on with respe
using the to
missions.
a. According
adata have be
rectly define
s is the point
Consortium
choosing w
online, (iii) i
oiding the d
mitations tha
o be copied
pment of st
gic that relat
ect to the co
ools provided
11
g to ECLAP
een enriched
d. The main
t from which
m was to help
what type of
inform them
definition of
at cannot be
d if they are
andards, the
tes them has
ntent and its
d by ECLAP
1
P
d
n
h
p
f
m
f
e
e
e
s
s
P
12. DE6.1.3 - Validation and service optimisation
12
ECLAP project
4.2 IPR Models Definition
Given the diversity of CPs and of the related needs on their contents, a general and flexible IPR model has to
be defined. The solution can produce specialized IPR models for each CP. In this way it is possible to
customize the binding of licenses and permissions based on the specific needs and with the greatest
flexibility. An IPR Model contains:
model details: IPR Model name, description, etc.;
a set of permissions such as: play, download, embed, etc. and differently defined for PC (web) and
mobile devices; Different permissions for
o different content kind (audio, video, images, document, etc.);
o different resolutions, etc.
a license (Creative Commons, etc.);
a Publisher ECLAP page (related to the Content Provider, right owner);
an IPR ingestion identifier (needed to assign the IPR Model to the contents).
In ECLAP, the users that can create and manage IPR Models are called IPR Managers.
4.3 Application of IPR Models
An IPR Model, once defined, can be associated with a content manually from the interface of the ECLAP
workflow or automatically. If a CP has the needs to change the access permissions or licenses associated
with content may do so by going directly to change the IPR Model. The association <IPR Model; content>
remains unchanged: the permissions on content are instantly updated to all content.
This was performed by giving the possibility to each CP to provide content with initial maximum
restrictions: the content, at first, is accessible only for Trusted Users. Moreover, ECLAP gives to the public
users the visibility of some metadata (those in public domain) on the regular user. While, public users cannot
access the digital content until the content is not associated with an IPR Model, but can see their existence
with the possibility of contacting the CP in case they were interested in the content. By associating an IPR
Model to one or more content, each CP can change the initial maximum restriction access allowing external
users to possibly access content depending on the conditions expressed in the model.
4.4 Association of IPR Models at Ingestion Time
ECLAP CP has to manage a huge quantity of digital contents, so the modality of make the association <IPR
Model; content> one by one, is not sufficient. For this reason, the presence of an IPR ingestion identifier
(IPR_id) in the IPR Model has been provided. This identifier is obviously also connected to the contents as
metadata. In this way, a CP can associate an IPR Model with contents also in case of massive ingestion and
workflow that in ECLAP is the standard way to upload content. Each CP could create several IPR Models,
and may put the corresponding IPR_id as metadata on the content and the system automatically manages the
association.
4.5 IPR Model's Additional Conditions
Each IPR Model is made in such a way that even the definition of additional conditions is allowed, in line
with the standard MPEG-21, ODRL, OASIS XAMCL. Some of these data may be, for example: the
expiration date, the duration of the validity, etc.
13. DE6.1.3 - V
ECLAP projec
5 IPR
The IPR Wi
by each CP
realized star
online in th
and make sy
on the follow
rela
rela
5.1 Relat
The users in
Each registe
The IPR M
possible to e
(registered a
and that has
belong to E
task on IPR
assign the p
the system h
Group and E
5.2 Relat
The relation
type to whi
L'origine r
involves oth
Validation an
ct
Wizard To
izard tool ha
P) on creating
rting from th
he ECLAP c
ystematic an
wing two ma
ationships am
ationships am
tionships am
nvolved in th
ered user ma
Manager can
establish a h
and enrolled
s declared in
ECLAP partn
R. The hierarc
permissions t
has to autom
Educational
tionships am
nships among
ich they are
riferimento n
her permissio
nd service op
ool
as been realiz
g an IPR Mo
he IPR Logic
ontext, descr
nd standard th
ain aspects, a
mong user rol
mong permiss
mong user ro
he IPR mana
ay have addi
establish th
hierarchy amo
to the CP’s
n his/her user
ners). It shou
chy is explai
to the users.
matically asso
l Users). Not
mong permis
g the permis
applied and
non è stata
ons.
ptimisation
zed in order t
odels and on
c Model that
ribed in synt
he work of th
approved by
les;
sions.
oles
agement can
tional roles:
he set of per
ong the user
group), Grou
r profile to b
uld be noted
ined in Figur
For example
ociate the sa
te that the Tr
Figure 5 ‐ Rela
ssions
sions (or righ
d modelled b
trovata., the
to guide the
n making the
takes into ac
thesis in the
he IPR Mana
the 35 ECLA
be users reg
each role ca
rmissions fo
roles, that ar
up and Educ
be an educati
d that the IPR
re 6, in which
e: if an IPR
ame permissi
rusted Users
ationships amo
ghts) identifie
basing on lo
e arrows are
CP (or more
e association
ccount all the
e previous pa
agers of each
AP internatio
gistered to th
an have a set
or digital con
re: Public Us
cational User
ional/researc
R Managers
h the arrows
Manager as
ions to all th
s always have
ong user roles.
ed have been
ogical and te
posed to exp
precisely, th
<IPR Mode
e issues relat
aragraphs, an
h CP. The IP
onal partners
he ECLAP or
t of IPR perm
ntent through
User (PU, not
rs (registered
ch user), Trus
are Trusted
representing
ssigns a perm
e registered
e all the perm
n analysed on
echnical aspe
plain that som
he IPR Mana
el; content>.
ted to publis
nd is created
PR Logic Mo
s:
r not (e.g., p
missions asso
gh the IPR W
t registered),
d, enrolled to
usted User (T
d Users with
g the relation
mission to a P
users (Group
missions.
n the basis o
ects. In Figu
me permissio
13
agers chosen
This tool is
hing content
d to simplify
odel is based
ublic users).
ociated to it.
Wizard. It is
Group User
o CP’s group
TU, user that
the specific
ns on how to
Public User,
up Users and
f the content
ure 7Errore.
on implicitly
3
n
s
t
y
d
.
.
s
r
p
t
c
o
,
d
t
.
y
14. DE6.1.3 - V
ECLAP projec
Here after t
content), us
different arr
Unidirectio
ECLAP use
and/or prog
(without enc
Bidirection
Partner allo
same conten
then transfe
via mobile c
5.3 The W
The IPR Wi
other users”
according t
more permi
wizard auto
Validation an
ct
two samples
seful to desc
rows:
onal arrow b
er to downlo
gressive down
cryptions or
nal arrow be
ows an ECLA
nt from a mo
er the conten
can be easily
Wizard Too
Wizard creates
” as default
o the hierarc
issions that h
omatically se
nd service op
Figur
on audio co
cribe the per
between ‘Au
oad the audi
nload). This
protection) f
etween ‘Audi
AP user to d
obile device.
nt into a mob
y moved arou
ol
s a new IPR
values. The
chy of relati
he/she wants
lects also the
ptimisation
re 6 ‐ IPR perm
ontent (same
rmission rela
udio downloa
io content, th
because, fro
from the web
io download
download co
This becaus
bile device, s
und and has n
Model startin
e IPR Logic
ionships (see
to associate
e permission
Figure 7 ‐ I
missions relation
samples can
ations. The
ad-PC’ → ‘A
the CP impli
om a technica
b he can play
d-PC’ ←→ ‘
ontent from
se the users c
so that the ap
no sense to b
ng with: “Al
Model impl
e previous s
e to an IPR M
ns strictly con
IPR Wizard: aud
ns on Audio co
n be done al
relations am
Audio play-P
icitly allows
al point of vi
y/view it on h
‘Audio down
PC, implicit
can download
pplication of
be applied. It
ll permission
lemented tak
sections). Th
Model (and th
nnected to th
dio sample.
ntent
so for the pd
mong permiss
PC’: if a Con
also to play
iew: if someo
his PC when
nload-mobile
tly allows hi
d a content v
f a restriction
t is also true t
ns for TU an
kes decisions
he manager h
herefore to a
ose chosen b
df/images/ot
sions are rep
ontent Partne
ay it (play vi
one downloa
never he wan
e-Browser’:
im also to d
via a browser
n to avoid th
the vice-vers
nd no permis
s for the IPR
has just to s
a set of conte
by the IPR M
14
ther or video
presented as
er allows an
ia streaming
ads a content
ts.
if a Content
ownload the
r in their PC,
he download
sa.
sions for the
R Managers
select one or
ents) and the
Manager.
4
o
s
n
g
t
t
e
,
d
e
s
r
e
15. DE6.1.3 - Validation and service optimisation
15
ECLAP project
This mechanism has two main advantages: the IPR Manager does not need to know the relationships among
the permissions; the probability of error for inconsistency is null.
A sample, in Figure 8: “If a CP allows all Group Users to embed an audio content”, the IPR Wizard directly
implies the following permissions on audio content:
Step 1 (‘Embed’ → ‘Play-PC’; relationships among users): (i) all the users (Public, Group, Group and
Educational) can play the content on PC; (ii) Group and Educational Users can embed the content;
Step 2 (‘Play-PC’ → ‘Play-mobile-browser’; relationships among users): (i) all the users (Public, Group,
Group and Educational) can play the content on mobile via Browser;
Step 3 (‘Play-Mobile-Browser’ → ‘Play-mobile-app’; relationships among users): (i) all the users (Public,
Group, Group and Educational) can play the content on mobile via ECLAP Applications.
In this case not all permissions to all users are allowed: the Creative Commons Licences cannot be associated
with this IPR Model, so the user can choose the licence from one of the restricted licences allowed by
Europeana (“Unknown copyright status” or “Right Reserved – Restricted access”), 19. While if a CP creates
an IPR Model in which all the permissions are allowed to all the users, it is possible to choose one of the CC
Licences.
6 ECLAP Workflow Validation Report
In this section the analysis of workflow activity performed on the content, metadata and IPR until May 2013
is reported. The number of workflow transitions from state X to state Y and their distribution in the time
period put in evidence the whole activity of the portal on content and metadata and allow analyzing
singularly both the back-office and the user activities. Some results are reported in the temporal domain
considering the “month” as a time period unit.
6.1 Workflow Users
Actually, there are 29 workflow users. Each user could have single or multiple workflow roles. The
workflow user roles are distributed as: 24 enrichers (WFENRICHER), 6 validators (WFVALIDATOR), 23
IPR users (WFIPR) and 9 publishers (WFPUBLISHER).
6.2 Workflow Transitions
The number of transitions from state X to state Y and their distribution in the time period are reported in the
following tables.
From To Number of Transitions
'Uploaded' 'Under-AXCP' 179912
'Under-AXCP' 'Uploaded' 179912
'(creation)' 'Uploaded' 117861
'Uploaded' 'Under-Approval' 113549
'Under-Approval' 'Published' 111362
'Uploaded' 'Under-IPR' 929
'Under-IPR' 'Uploaded' 929
'Uploaded' 'Under-Enrichment' 611
'Under-Enrichment' 'Uploaded' 611
'Under-Approval' 'Uploaded' 212
16. DE6.1.3 - Validation and service optimisation
16
ECLAP project
'Uploaded' 'Under-Validation' 38
'Under-Validation' 'Uploaded' 38
'Published' 'Uploaded' 3
Table 1 - Number of transitions from state X to state Y
Year/month Number of workflow state transitions
2011/05 882
2011/06 315
2011/07 4030
2011/08 33171
2011/09 3089
2011/10 20737
2011/11 317
2011/12 3877
2012/01 2197
2012/02 4033
2012/03 40916
2012/04 172250
2012/05 113921
2012/06 66741
2012/07 33868
2012/08 27089
2012/09 26612
2012/10 36660
2012/11 43800
2012/12 11489
2013/01 6866
2013/02 9632
2013/03 17575
2013/04 23477
2013/05 2508
Table 2 - Number of workflow transitions per month
Figure 8 - Chart of workflow transitions per month
0
20000
40000
60000
80000
100000
120000
140000
160000
180000
200000
Workflow transitions/month
17. DE6.1.3 - Validation and service optimisation
17
ECLAP project
The following table shows some absolute values obtained from the analysis of workflow data stored during
the ECLAP project.
Metric Value
Average value of workflow transitions per
content
6.0037
Max value of workflow transitions per content 104
Maximum peak of workflow transitions per day 13162 ('2012-05-28')
Maximum peak of workflow transitions per
month
172250 ('2012-04)
Total Number of content uploaded on the portal 117861
Table 3 – Absolute values obtained from workflow data
7 Workflow Tools Usage
The workflow transitions analysis mixed to information stored in the ECLAP database allowed evaluating
the activity on metadata performed by ECLAP back-office (automated) and user (manually) by means front-
end tools. Obtained results are reported in the following sections.
7.1 Back-office services
The ECLAP back-office services consist of a set of grid processes that run periodically automated workflow
processes both on a single and on multiple contents.
7.1.1 Content and Metadata Ingestion
It ingests metadata and content coming from ECLAP partners and Digital Archives and from the external
metadata mapping tool MINT. The following table reports the number of content ingested and processed by
the back-office. At the end of ingestion the workflow state of content is put to UPLOADED.
Number of processed content via ingestion 106525
Table 4- Number of ingested content by the back-office
7.1.2 Metadata Analysis
Every time the back-office has to perform the metadata analysis for assessment or automated translation it
performs a transition to the UNDER-AXCP in order to lock the content and avoid that a user could be access
to it for manual editing or validation. These transitions distributed in the time (by month) provide a measure
of the activity on metadata running in the back-office as reported in the following table.
Year/month BackOffice Metadata Analysis
2012/03 12098
2012/04 54226
2012/05 17855
2012/06 11359
2012/07 11014
2012/08 10897
2012/09 11073
2012/10 14040
2012/11 12442
2012/12 3555
2013/01 2173
18. DE6.1.3 - Validation and service optimisation
18
ECLAP project
2013/02 2478
2013/03 6488
2013/04 8960
2013/05 1254
Table 5 - Back Office Metadata Analysis by month
Figure 9 – Chart of Back Office Metadata Analysis by month
Regarding the automated translation of metadata has been measured:
Automatic translation of at least one metadata
per content
337
7.1.3 Metadata Validation
Every time content passed the metadata analysis the back-office performs a transition to the UNDER-
APPROVAL. These transitions distributed in the time (by month) provide a measure of the metadata
validation activity running in the back-office as reported in the following table.
Year/month BackOffice Metadata Validation
2012/03 12040
2012/04 52985
2012/05 16793
2012/06 9481
2012/07 3927
2012/08 1707
2012/09 1140
2012/10 1716
2012/11 7102
2012/12 1583
2013/01 587
2013/02 1206
2013/03 1450
0
10000
20000
30000
40000
50000
60000
BackOffice Metadata Analysis
19. DE6.1.3 - Validation and service optimisation
19
ECLAP project
2013/04 1832
Table 6 - BackOffice Metadata Validation
Figure 10 - Chart of BackOffice Metadata Validation
7.1.4 Content Publication
Every time the back-office performs the publication of content in the UNDER-APPROVAL workflow state
it performs a new transition to the final state: PUBLISHED. These transitions distributed in the time (by
month) provide a measure of the publication activity running in the back-office as reported in the following
table.
Year/month BackOffice Content Publication
2012/03 1
2012/05 57121
2012/06 29127
2012/07 2262
2012/08 1191
2012/09 1202
2012/10 4207
2012/11 6837
2012/12 1297
2013/01 382
2013/02 1043
2013/03 1347
2013/04 1581
Total 107598
Table 7 - BackOffice Content Publication
0
10000
20000
30000
40000
50000
60000
BackOffice Metadata Validation
20. DE6.1.3 - Validation and service optimisation
20
ECLAP project
Figure 11 - Chart of BackOffice Content Publication
7.2 Front-office tools
In this section the analysis of the activity performed by users via front-office tools is reported.
7.2.1 Web Page Upload
The number of processed content uploaded manually by users via the Web Page Upload is given by
considering the total number of content ingested by the back-office and total number of workflow transitions
from ‘creation’ to ‘UPLOADED’ state.
Number of processed content via web upload 11336
7.2.2 Metadata Editor: Enrichment Mode & Validation Mode
To evaluate the usage of Metadata Editor in enrichment and validation activity both in the time and by
partner, we measured the number and the event time of workflow transitions from UPLOADED to UNDER-
ENRICH and from UPLOADED to UNDER-VALIDATION. The former transition gives a measure of
enrichment activity and the latter of the validation activity. Event time has been grouped by month and then
distributed by partners who made them.
The following table reports the values for transitions grouped by month.
Year/month Enrichment Activity Validation Activity
2011/05 43 7
2011/06 55 4
2011/07 17 0
2011/08 2 0
2011/09 5 0
2011/10 18 0
2011/11 7 5
2011/12 6 1
2012/01 8 1
0
10000
20000
30000
40000
50000
60000
BackOffice Content Publication
22. DE6.1.3 - Validation and service optimisation
22
ECLAP project
The distribution of enrichment and validation activity by partner is reported in the following charts:
7.2.3 IPR Wizard Usage
To evaluate the usage of IPR Wizard both in the time and by partner, we measured the number and the event
time of workflow transitions from UPLOADED to UNDER-IPR. Event time has been grouped by month and
then distributed by partners who made them.
The following table reports the values for transitions grouped by month.
Year/month IPR Wizard Activities
2011/05 93
2011/06 28
52%
19%
5%
5%
5%
3%
3% 2%
2%
1%
1%
1% 1% 1%0% 0% 0%
Enrichment Activity By Partner
'MUZEUM'
'DSI'
'FIFF'
'OSZMI'
'UCLM'
'ADDUASLAUROS'
'UCAM'
'CTA‐UNIROMA'
'FFEAC'
'BELLONE'
'BEELD EN GELUID'
'IKP'
'Other'
'UVA'
'ESMAE‐IPP'
'ITB'
'UG'
77%
17%
3%
3%
Validation Activity By Partner
'DSI'
'ADDUASLAUROS'
'BEELD EN GELUID'
'UCAM'
23. DE6.1.3 - Validation and service optimisation
23
ECLAP project
2011/07 29
2011/08 14
2011/10 26
2011/11 7
2012/01 1
2012/02 24
2012/03 5
2012/04 12
2012/05 10
2012/06 15
2012/07 43
2012/08 80
2012/09 139
2012/10 101
2012/11 74
2012/12 48
2013/01 144
2013/03 1
2013/04 35
Total 929
The distribution of IPR activity by partner is reported in the following charts:
0
20
40
60
80
100
120
140
160
2011/05
2011/06
2011/07
2011/08
2011/10
2011/11
2012/01
2012/02
2012/03
2012/04
2012/05
2012/06
2012/07
2012/08
2012/09
2012/10
2012/11
2012/12
2013/01
2013/03
2013/04
IPR Wizard Activities
24. DE6.1.3 - Validation and service optimisation
24
ECLAP project
7.2.4 IPR Models Used
As reported in the table below, there are in use 67 IPR models, 40 are restrictive not public models while 27
are public models. Most content providers used 1, 2 or 3 models for their content but there some partners
used even 4, 8 or 12 models.
§ Eclap Content Provider Rights url Public Count
1. CTFR http://www.europeana.eu/rights/rr-f/ 1 41335
2. ITB http://www.europeana.eu/rights/rr-r/ 0 22945
3. OSZMI http://creativecommons.org/publicdomain/mark/1.0/ 1 8762
4. UG http://www.europeana.eu/rights/rr-f/ 1 5121
5. BEELD EN GELUID http://creativecommons.org/licenses/by-sa/3.0/ 1 3047
6. FIFF http://www.europeana.eu/rights/rr-r/ 0 2889
7. LIBERLIBER http://creativecommons.org/licenses/by-nc-nd/3.0/ 1 2467
8. CTA-UNIROMA http://www.europeana.eu/rights/rr-r/ 0 2450
9. MUZEUM http://creativecommons.org/licenses/by-nc-nd/3.0/ 1 2300
10. ESMAE-IPP http://creativecommons.org/licenses/by-nc-nd/3.0/ 1 2223
11. IKP http://www.europeana.eu/rights/rr-r/ 0 1401
12. UCAM http://creativecommons.org/licenses/by-nc-nd/3.0/ 1 1370
13. IKP http://www.europeana.eu/rights/rr-r/ 0 1120
14. IKP http://www.europeana.eu/rights/unknown/ 0 940
15. UCLM http://www.europeana.eu/rights/rr-r/ 0 845
16. BELLONE http://www.europeana.eu/rights/rr-f/ 1 495
17. IKP http://www.europeana.eu/rights/rr-r/ 0 477
18. UCLM http://www.europeana.eu/rights/rr-r/ 0 449
19. DSI http://www.europeana.eu/rights/rr-f/ 1 396
20. IKP http://www.europeana.eu/rights/rr-r/ 0 342
21. BELLONE http://www.europeana.eu/rights/rr-r/ 0 341
22. ESMAE-IPP http://creativecommons.org/licenses/by-nc-nd/3.0/ 1 324
23. IKP to be defined 0 320
24. ARCHIBRAILLE http://creativecommons.org/publicdomain/zero/1.0/ 1 269
25. OSZMI http://www.europeana.eu/rights/rr-r/ 0 255
26. UCAM http://creativecommons.org/licenses/by-nc-nd/3.0/ 1 250
74%
4%
4%
3%
3%
2%
2%
2%
1%
1%
1%
1%1% 0% 0%
0%
IPR Activity By Partner
'BELLONE'
'DSI'
'UCAM'
'MUZEUM'
'UG'
'FIFF'
'FFEAC'
'ADDUASLAUROS'
'CTA‐UNIROMA'
'UVA'
'OSZMI'
'UCLM'
'ESMAE‐IPP'
'IKP'
'BEELD EN GELUID'
'NINA'
26. DE6.1.3 - V
ECLAP projec
Cumulative
Rights url
http://www
http://www
http://creat
http://creat
http://creat
http://www
to be define
http://creat
http://creat
http://creat
7.2.5 Co
To evaluate
we measur
PUBLISHE
The followi
Year/month
2012/05
2012/06
2012/07
2012/08
2012/09
2012/10
2012/11
2012/12
2013/01
2013/02
2013/03
2013/04
Validation an
ct
e value for Ri
w.europeana
w.europeana
tivecommon
tivecommon
tivecommon
w.europeana
ed
tivecommon
tivecommon
tivecommon
ontent Man
e the usage o
red the num
ED. Event tim
ing table repo
h
0
5000
10000
15000
20000
25000
30000
35000
40000
45000
1
nd service op
ights url
a.eu/rights/rr
a.eu/rights/rr
ns.org/public
ns.org/licens
ns.org/licens
a.eu/rights/u
ns.org/public
ns.org/licens
ns.org/licens
nagement To
of Content M
mber and the
me has been
orts the valu
1 4 7 10 1
ptimisation
r-f/
r-r/
cdomain/ma
ses/by-nc-nd
ses/by-sa/3.0
nknown/
cdomain/zer
ses/by-nc-sa/
ses/by-nc/3.0
ool
Management
e event tim
grouped by
es for transit
T
3 16 19 22 2
IP
Pu
C
4
3
ark/1.0/ 1
d/3.0/ 9
0/ 3
9
4
ro/1.0/ 2
/3.0/ 1
0/ 9
tool for pub
me of workf
month and th
tions grouped
Publi
158
1215
1110
3
305
25
213
16
322
17
51
329
Total 3764
25 28 31 34 3
PR Mode
ublic Not P
ount
47422
4199
8814
9331
047
964
439
269
34
9
blication activ
flow transitio
hen distribut
d by month.
ication Activ
5
0
4
37 40 43 46 4
els
Public
vity both in
ons from U
ted by partne
vities
49 52 55 58 6
the time and
UNDER-APP
ers who mad
61 64 67
26
d by partner,
PROVAL to
e them.
6
,
o
27. DE6.1.3 - Validation and service optimisation
27
ECLAP project
The distribution of Publication activity by partner is reported in the following charts:
0
200
400
600
800
1000
1200
1400
Publication Activities
63%
15%
7%
7%
4%
2% 1%
1%
0%
Publication Activity By Partner
'CTA‐UNIROMA'
'UCLM'
'FIFF'
'MUZEUM'
'BEELD EN GELUID'
'DSI'
'UCAM'
'IKP'
'ADDUASLAUROS'
28. DE6.1.3 - Validation and service optimisation
28
ECLAP project
8 References
1. Margaritopoulos, T., Margaritopoulos, M., Mavridis, I., Manitsaris, A. (2008). A conceptual framework for metadata quality
assessment. Proceedings of the International Conference on Dublin Core and Metadata Applications, 104-113.
2. Yu, J., Buyya, R. (2005). A taxonomy of workflow management systems for grid computing. Journal of Grid Computing, 3(3-
4), 171-200.
3. W.M.P. van der Aalst and K.M. van Hee. (2002) Workflow Management: Models, Methods, and Systems. MIT Press,
Cambridge, MA, USA.
4. Bellini, P., Bruno, I., Nesi, P. (2005). A distributed environment for automatic multimedia content production based on GRID.
Proceedings - First International Conference on Automated Production of Cross Media Content for Multi-Channel Distribution,
AXMEDIS 2005, 2005 134-142.
5. Bellini, P., Bruno, Cenni D., Nesi, P., (2012) "Micro grids for scalable media computing and intelligence on distributed
scenarios", IEEE Multimedia, IEEE Computer Soc. Press.
6. Bellini P., Nesi P., Paolucci M. (2013). IPR Management Models for Cultural Heritage on ECLAP Best Practice Network,
submitted to IEEE ICC 2013 Workshop on “Beyond Social Networks: Collective Awareness”, Budapest, Hungary, June 9-13,
2013
7. Europeana, http://www.europeana.eu
8. P. Bellini, I. Bruno, N. Mitolo, M. Paolucci, “DE3.3.2 infrastructure Content and Metadata Processing and Semantification”
http://www.eclap.eu/urn:axmedis:00000:obj:a722b357-4644-4076-a259-0cbc6260ad7
9. Kollia I. , Tzouvaras V., Drosopoulos N., Stamou G., “A systemic approach for effective semantic access to cultural content”,
Semantic Web, v.3 n.1, p.65-83, January 2012.
10. X. Wang, “MPEG‐21 rights expression language: Enabling interoperable digital rights management,” IEEE Multimedia,
11(4):84–87, 2004.
11. R. Iannella, S. Guth, D. Pähler, and Andreas Kasten. ODRL version 2.0 core model. Specification, W3C ODRL Community
Group, 04 2012. http://www.w3.org/community/odrl/two/model/
12. T. Moses, “Privacy policy profile of XACML v2.0,” Oasis standard, OASIS, 02 2005. http://docs.oasis‐
open.org/xacml/2.0/PRIVACY‐ PROFILE/access_control‐xacml‐2.0‐privacy_profile‐spec‐os.pdf
13. R. Iannella and S. Guth. ODRL version 2.0 common vocabulary. Specification, W3C ODRL Community Group, 04 2012.
http://www.w3.org/community/odrl/two/vocab/
14. M. Buffa and C. Faron-Zucker. Ontology-based access rights management, “In Advances in Knowledge Discovery and
Management,” vol. 398, Studies in Computational Intelligence, pp 49–61. Springer, 2012.
15. Creative Commons, http://creativecommons.org
16. European Library of Artistic Performance, ECLAP, http://www.eclap.eu/
17. “ECLAP DE3.1 infrastructure: ingestion and processing content and metadata,” 2011, ECLAP Project, http://www.eclap.eu/
urn:axmedis:00000:obj:a345a84f-6fdf-4f84-a412-88094ce363e2
18. ECLAP Partners. List and information on ECLAP Partners available at: http://www.eclap.eu/drupal/?q=node/3578
19. ‘Guidelines for the europeana:rights metadata element’, v4.0 - 20
20. P. Bellini, D. Cenni, P. Nesi, “On the Effectiveness and Optimization of Information Retrieval for Cross Media Content”, Proc.
of the KDIR 2012, Part of IC3K 2012, Int. Joint Conf. on Knowledge Discovery, Knowledge Engineering and Knowledge
Management. Barcelona, Spain, 4-7 October 2012.