What is it about?
-What is ADMS;
-What is an application profile;
-How ADMS-AP extends ADMS;
-A practical example of ADMS-AP, describing metadata of an interoperability solution.
How to import and export ADMS-AP conform metadata of interoperability solutio...European Commission
What is it about?
-How to import ADMS-AP conformant metadata of your interoperability solutions on Joinup;
-How to export ADMS-AP conform metadata of interoperability solutions from Joinup
Introduction to metadata cleansing using SPARQL update queriesEuropean Commission
What is it about?
-How to transform your metadata using simple SPARQL Update queries;
-How to conform to the ADMS-AP to get your interoperability solutions ready to be shared on Joinup;
-The main types of errors that you could face when uploading metadata of interoperability solutions on Joinup.
What is it about?
-How to easily describe your solutions using a pre-defined template compliant with ADMS-AP;
-How to automatically transform your solutions’ descriptions into machine readable language, i.e., RDF;
-How to get your interoperability solutions ready to be shared on Joinup.
Using Joinup as a catalogue for interoperability solutionsEuropean Commission
What is it about?
-What is Joinup and the Interoperability Solutions on Joinup;
-Why it can be beneficial for solution owners to catalogue their interoperability solutions on Joinup;
-How solution owners can use Joinup as the authoritative place for presenting and managing their interoperability solutions.
At Softroniics we provide job oriented training for freshers in IT sector. We are Pioneers in all leading technologies like Android, Java, .NET, PHP, Python, Embedded Systems, Matlab, NS2, VLSI etc. We are specializiling in technologies like Big Data, Cloud Computing, Internet Of Things (iOT), Data Mining, Networking, Information Security, Image Processing and many other. We are providing long term and short term internship also.
This Android course gives deep knowledge about the basics and advanced concepts of Android. This is the program for those who have a passion for Android technology and think that this is the only way to bridge the gap between theory (whatever is taught in the classroom) and practical (what is used in the industry).
This Object Management Group (OMG) RFP solicits submissions identifying and defining mechanisms to achieve integration between DDS infrastructures and TSN networks. The goal is to provide all artifacts needed to support the design, deployment and execution of DDS systems over TSN networks.
The DDS-TSN integration specification sought shall realize the following functionality:
● Define mechanisms that provide the information required for TSN-enabled networks to calculate any network schedules needed to deploy a DDS system.
OMG RFP
● Identify those parts of the set of the IEEE TSN standards that are relevant for a DDS-TSN integration and indicate how the DDS aspects are mapped onto, or related to, the associated TSN aspects. Examples include TSN- standardized information models for calculating system-wide schedules and configuring network equipment.
● Identify and specify necessary extensions to the [DDSI-RTPS] and [DDS- SECURITY] specifications, if any, to allow DDS infrastructures to use TSN- enabled networks as their transport while maintaining interoperability between different DDS implementations.
● Identify and specify necessary extensions to the DDS and DDS- XML specification, if any, to allow declaration of TSN-specific properties or quality of service attributes.
How to import and export ADMS-AP conform metadata of interoperability solutio...European Commission
What is it about?
-How to import ADMS-AP conformant metadata of your interoperability solutions on Joinup;
-How to export ADMS-AP conform metadata of interoperability solutions from Joinup
Introduction to metadata cleansing using SPARQL update queriesEuropean Commission
What is it about?
-How to transform your metadata using simple SPARQL Update queries;
-How to conform to the ADMS-AP to get your interoperability solutions ready to be shared on Joinup;
-The main types of errors that you could face when uploading metadata of interoperability solutions on Joinup.
What is it about?
-How to easily describe your solutions using a pre-defined template compliant with ADMS-AP;
-How to automatically transform your solutions’ descriptions into machine readable language, i.e., RDF;
-How to get your interoperability solutions ready to be shared on Joinup.
Using Joinup as a catalogue for interoperability solutionsEuropean Commission
What is it about?
-What is Joinup and the Interoperability Solutions on Joinup;
-Why it can be beneficial for solution owners to catalogue their interoperability solutions on Joinup;
-How solution owners can use Joinup as the authoritative place for presenting and managing their interoperability solutions.
At Softroniics we provide job oriented training for freshers in IT sector. We are Pioneers in all leading technologies like Android, Java, .NET, PHP, Python, Embedded Systems, Matlab, NS2, VLSI etc. We are specializiling in technologies like Big Data, Cloud Computing, Internet Of Things (iOT), Data Mining, Networking, Information Security, Image Processing and many other. We are providing long term and short term internship also.
This Android course gives deep knowledge about the basics and advanced concepts of Android. This is the program for those who have a passion for Android technology and think that this is the only way to bridge the gap between theory (whatever is taught in the classroom) and practical (what is used in the industry).
This Object Management Group (OMG) RFP solicits submissions identifying and defining mechanisms to achieve integration between DDS infrastructures and TSN networks. The goal is to provide all artifacts needed to support the design, deployment and execution of DDS systems over TSN networks.
The DDS-TSN integration specification sought shall realize the following functionality:
● Define mechanisms that provide the information required for TSN-enabled networks to calculate any network schedules needed to deploy a DDS system.
OMG RFP
● Identify those parts of the set of the IEEE TSN standards that are relevant for a DDS-TSN integration and indicate how the DDS aspects are mapped onto, or related to, the associated TSN aspects. Examples include TSN- standardized information models for calculating system-wide schedules and configuring network equipment.
● Identify and specify necessary extensions to the [DDSI-RTPS] and [DDS- SECURITY] specifications, if any, to allow DDS infrastructures to use TSN- enabled networks as their transport while maintaining interoperability between different DDS implementations.
● Identify and specify necessary extensions to the DDS and DDS- XML specification, if any, to allow declaration of TSN-specific properties or quality of service attributes.
The OMG DDS standard has recently received an incredible level of attention and press coverage due to its relevance for Consumer and Industrial IoT applications and its adoption as part of the Industrial Internet Consortium Reference Architecture. The main reason for the excitement in DDS stems from its data-centricity, efficiency, Internet-wide scalability, high-availability and configurability.
Although DDS provides a very feature rich platform for architecting distributed systems, it focuses on doing one thing well — namely data-sharing. As such it does not provide first-class support for abstractions such as distributed mutual exclusion, distributed barriers, leader election, consensus, atomic multicast, distributed queues, etc.
As a result, many architects tend to devise by themselves – assuming the DDS primitives as a foundation – the (hopefully correct) algorithms for classical problems such as fault-detection, leader election, consensus, distributed mutual exclusion, distributed barriers, atomic multicast, distributed queues, etc.
This Webcast explores DDS-based distributed algorithms for many classical, yet fundamental, problems in distributed systems. By attending the webcast you will learn how recurring problems arising in the design of distributed systems can be addressed using algorithm that are correct and perform well.
This document provides an introduction and overview of key concepts for Android development including:
1. It outlines prerequisites for Java concepts like OOPs, exceptions, and threads.
2. It introduces Android fundamentals like activities, services, broadcasts, and intents and describes basic building blocks.
3. It explains the Android application structure including manifest files, resources, and activities and their lifecycles.
4. It provides an overview of Android developer tools, UI design, preferences, menus, tabs, intents, notifications, content providers, adapters, widgets, styles, themes and custom components.
SNIA peer-reviewed, vendor-neutral tutorial: Separate vs. combined app & stor...Craig Dunwoody
Please see ABSTRACT below.
BACKGROUND: This is one of a series of peer-reviewed, vendor-neutral tutorials on data storage topics, officially approved by the Storage Networking Industry Association (SNIA). Each of these tutorials is typically presented multiple times, across a variety of industry events. This tutorial was first presented at the Usenix FAST'15 conference on 2015/02/17. SNIA constantly works to improve and update these tutorials. Please send any questions or comments regarding this tutorial to tracktutorials@snia.org.
ABSTRACT: Datacenter operators need scalable, high-availability infrastructure that provides processing capacity and shared-storage services for application workloads. One approach is to deploy a scale-out server cluster for application processing, and a separate cluster for shared storage. An alternate approach, sometimes called "hyper-converged", combines application processing and shared storage in a single scale-out cluster. This tutorial provides a simple framework for comparing implementations of scale-out server clustering for application processing and shared storage, and then presents some examples of potential pros and cons of the combined-cluster approach.
The document discusses the history and evolution of database management systems from the 1960s to present. It covers relational database management systems (RDBMS), extended RDBMS (ERDBMS), and the characteristics and risks of ERDBMS. Key points include: RDBMS emerged in the 1970s following the relational data model; ERDBMS extend RDBMS to handle complex data types and non-tabular structures while providing relational capabilities; ERDBMS allow for more direct mapping of business models but custom interfaces may be required, increasing development risks and costs.
This presentation was part of the Cloudify and XLAB Research Webinar about DevOps for Data Intensive Applications.
In this webinar we discussed how to leverage automation for your big data applications, using DICE tools based on the Cloudify Open Source Orchestration.
We want to make sure that developers use the time to develop their big data applications and not have to worry about deployment and operations, and have the shortest time to delivery possible.
We also cover using the DICE deployment tools for automated deployment of Spark, Storm, Cassandra or Hadoop.
DDS Advanced Tutorial - OMG June 2013 Berlin MeetingJaime Martin Losa
An extended, in-depth tutorial explaining how to fully exploit the standard's unique communication capabilities.Presented at the OMG June 2013 Berlin Meeting.
Users upgrading to DDS from a homegrown solution or a legacy-messaging infrastructure often limit themselves to using its most basic publish-subscribe features. This allows applications to take advantage of reliable multicast and other performance and scalability features of the DDS wire protocol, as well as the enhanced robustness of the DDS peer-to-peer architecture. However, applications that do not use DDS's data-centricity do not take advantage of many of its QoS-related, scalability and availability features, such as the KeepLast History Cache, Instance Ownership and Deadline Monitoring. As a consequence some developers duplicate these features in custom application code, resulting in increased costs, lower performance, and compromised portability and interoperability.
This tutorial will formally define the data-centric publish-subscribe model as specified in the OMG DDS specification and define a set of best-practice guidelines and patterns for the design and implementation of systems based on DDS.
So you've just inherited several COBOL programs from a newly retired co-worker. These programs are huge, and you have only a slight idea what they do, or what they touch. How do you go about discovering how they work? This is where IBM Rational Developer for System Z (RDz) and IBM Rational Asset Analyzer (RAA) can help you understand what your source does, what it affects, and what risks are at play in changing those systems.
This was presented at the 2013 IBM Innovate Conference in Orlando, Florida.
Systems Modeling Language (SysML®) v2 Request For Proposal (RFP)Massimo Talia
This RFP specifies the requirements for the next generation of the OMG
Systems Modeling Language (OMG SysML® v2) that are intended to address many of the limitations of the current version of OMG SysML® to enable the
more effective application of model-based systems engineering (MBSE). The most used version of SysML is v.1.4 and UML v.2.0 for Software Systems.
Innovate2011 Keys to Building OSLC IntegrationsSteve Speicher
The document provides an overview of keys to building and consuming open services for lifecycle collaboration (OSLC) providers. It discusses OSLC principles and community, common scenarios, tools, specifications, resource representations, linking, querying, and other implementation details. The summary emphasizes understanding scenarios, tools, and specifications before implementation to ensure interoperability and reuse of existing work.
The document discusses OneM2M, an organization that is developing technical specifications for a common M2M Service Layer that can connect various devices worldwide. It describes OneM2M's founding partners and provides an overview of the functions and architecture proposed for the common M2M service layer, including device management, policy/resource management, API services, and data/metadata management. It also outlines the structure and resources in the service capability layer, such as the sclBase resource and its child resources like scls, applications, containers and groups.
Achieve big data analytic platform with lambda architecture on cloudScott Miao
This document discusses achieving a big data analytic platform using the Lambda architecture on cloud infrastructure. It begins by explaining why moving to the cloud provides benefits like elastic scaling, reduced operational overhead, and increased focus on innovation. Common cloud services at Trend Micro like an analytic engine and cloud storage are then described. The document introduces the Lambda architecture and proposes a serving layer as a service. Key lessons learned from building big data solutions on AWS include the pros of unlimited scalability and easy disaster recovery compared to on-premises infrastructure.
Sodius provides model-driven interoperability solutions to enable data exchange between modeling tools used in systems engineering projects. It has collaborated with Cassidian since 2009 on projects such as developing a solution to migrate architecture models between the MEGA and System Architect tools. Cassidian is working on an Integrated Project Support Environment named IPSE to provide a suite of collaborative system engineering tools integrated using Sodius' MDWorkbench platform.
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The document discusses the goals and major specifications of the DCMI Architecture Forum. It aims to document the DCMI metadata framework, develop technical specifications, and provide feedback on technical issues. Major specifications discussed include the DCMI Abstract Model, expressions for expressing DCMI metadata in different formats like RDF and XML, and the Singapore Framework for DC Application Profiles. It also discusses different levels of interoperability and introduces Description Set Profiles as a way to formally represent the constraints of a Dublin Core Application Profile.
This document summarizes a webinar on using metadata for public sector administration. It discusses the Asset Description Metadata Schema (ADMS), a vocabulary for describing semantic interoperability assets to facilitate their discovery and reuse. ADMS was developed to provide a common way to describe assets so they can be more easily searched, identified, compared and obtained from a single access point. It reuses terms from standards like Dublin Core and defines properties and classifications to characterize assets consistently.
1. TCS provides consulting services for AWS including solutions for eCommerce, social analytics, mobility, digital marketing, and applications. It has over 800 consultants trained on AWS.
2. TCS is a Premier AWS Partner with dedicated AWS training and certifications for consultants. It has experience with large enterprise customers on over 70 engagements across industries.
3. TCS offers services for migrating applications to AWS using its D2D methodology, and for building new applications on AWS using services like EC2, RDS, and EMR. It provides tools and frameworks to enable cloud adoption.
The document discusses ADMS.SW, an RDF vocabulary for describing software projects, releases, and packages. It aims to address information barriers to sharing and reusing software by building an enhanced, federated catalogue of e-Government software. The schema has been implemented in some public sector catalogues and there are plans to publish software taxonomies as linked open data and develop an ADMS.SW validator framework and exporter plugin for software forges.
DODS (Distributed Oceanographic Data System) is a software package that helps users provide and access data over the internet in a consistent way. It allows data analysis tools to access datasets from any location as if the data were local. DODS uses client and server architecture, with clients making requests via URLs that are processed by DODS servers to deliver subsetted data in the expected format. This transforms tools into "network-savvy" clients that can access remote data from any DODS server regardless of the native data format.
The document discusses cloud computing from the perspectives of application developers, quality assurance teams, and enterprises. It provides rationales for why cloud computing can reduce capital expenditures and operational expenditures compared to maintaining their own on-premise hardware and software. The document also summarizes the NIST definition of cloud computing and describes its essential characteristics, service models, and deployment models.
The OMG DDS standard has recently received an incredible level of attention and press coverage due to its relevance for Consumer and Industrial IoT applications and its adoption as part of the Industrial Internet Consortium Reference Architecture. The main reason for the excitement in DDS stems from its data-centricity, efficiency, Internet-wide scalability, high-availability and configurability.
Although DDS provides a very feature rich platform for architecting distributed systems, it focuses on doing one thing well — namely data-sharing. As such it does not provide first-class support for abstractions such as distributed mutual exclusion, distributed barriers, leader election, consensus, atomic multicast, distributed queues, etc.
As a result, many architects tend to devise by themselves – assuming the DDS primitives as a foundation – the (hopefully correct) algorithms for classical problems such as fault-detection, leader election, consensus, distributed mutual exclusion, distributed barriers, atomic multicast, distributed queues, etc.
This Webcast explores DDS-based distributed algorithms for many classical, yet fundamental, problems in distributed systems. By attending the webcast you will learn how recurring problems arising in the design of distributed systems can be addressed using algorithm that are correct and perform well.
This document provides an introduction and overview of key concepts for Android development including:
1. It outlines prerequisites for Java concepts like OOPs, exceptions, and threads.
2. It introduces Android fundamentals like activities, services, broadcasts, and intents and describes basic building blocks.
3. It explains the Android application structure including manifest files, resources, and activities and their lifecycles.
4. It provides an overview of Android developer tools, UI design, preferences, menus, tabs, intents, notifications, content providers, adapters, widgets, styles, themes and custom components.
SNIA peer-reviewed, vendor-neutral tutorial: Separate vs. combined app & stor...Craig Dunwoody
Please see ABSTRACT below.
BACKGROUND: This is one of a series of peer-reviewed, vendor-neutral tutorials on data storage topics, officially approved by the Storage Networking Industry Association (SNIA). Each of these tutorials is typically presented multiple times, across a variety of industry events. This tutorial was first presented at the Usenix FAST'15 conference on 2015/02/17. SNIA constantly works to improve and update these tutorials. Please send any questions or comments regarding this tutorial to tracktutorials@snia.org.
ABSTRACT: Datacenter operators need scalable, high-availability infrastructure that provides processing capacity and shared-storage services for application workloads. One approach is to deploy a scale-out server cluster for application processing, and a separate cluster for shared storage. An alternate approach, sometimes called "hyper-converged", combines application processing and shared storage in a single scale-out cluster. This tutorial provides a simple framework for comparing implementations of scale-out server clustering for application processing and shared storage, and then presents some examples of potential pros and cons of the combined-cluster approach.
The document discusses the history and evolution of database management systems from the 1960s to present. It covers relational database management systems (RDBMS), extended RDBMS (ERDBMS), and the characteristics and risks of ERDBMS. Key points include: RDBMS emerged in the 1970s following the relational data model; ERDBMS extend RDBMS to handle complex data types and non-tabular structures while providing relational capabilities; ERDBMS allow for more direct mapping of business models but custom interfaces may be required, increasing development risks and costs.
This presentation was part of the Cloudify and XLAB Research Webinar about DevOps for Data Intensive Applications.
In this webinar we discussed how to leverage automation for your big data applications, using DICE tools based on the Cloudify Open Source Orchestration.
We want to make sure that developers use the time to develop their big data applications and not have to worry about deployment and operations, and have the shortest time to delivery possible.
We also cover using the DICE deployment tools for automated deployment of Spark, Storm, Cassandra or Hadoop.
DDS Advanced Tutorial - OMG June 2013 Berlin MeetingJaime Martin Losa
An extended, in-depth tutorial explaining how to fully exploit the standard's unique communication capabilities.Presented at the OMG June 2013 Berlin Meeting.
Users upgrading to DDS from a homegrown solution or a legacy-messaging infrastructure often limit themselves to using its most basic publish-subscribe features. This allows applications to take advantage of reliable multicast and other performance and scalability features of the DDS wire protocol, as well as the enhanced robustness of the DDS peer-to-peer architecture. However, applications that do not use DDS's data-centricity do not take advantage of many of its QoS-related, scalability and availability features, such as the KeepLast History Cache, Instance Ownership and Deadline Monitoring. As a consequence some developers duplicate these features in custom application code, resulting in increased costs, lower performance, and compromised portability and interoperability.
This tutorial will formally define the data-centric publish-subscribe model as specified in the OMG DDS specification and define a set of best-practice guidelines and patterns for the design and implementation of systems based on DDS.
So you've just inherited several COBOL programs from a newly retired co-worker. These programs are huge, and you have only a slight idea what they do, or what they touch. How do you go about discovering how they work? This is where IBM Rational Developer for System Z (RDz) and IBM Rational Asset Analyzer (RAA) can help you understand what your source does, what it affects, and what risks are at play in changing those systems.
This was presented at the 2013 IBM Innovate Conference in Orlando, Florida.
Systems Modeling Language (SysML®) v2 Request For Proposal (RFP)Massimo Talia
This RFP specifies the requirements for the next generation of the OMG
Systems Modeling Language (OMG SysML® v2) that are intended to address many of the limitations of the current version of OMG SysML® to enable the
more effective application of model-based systems engineering (MBSE). The most used version of SysML is v.1.4 and UML v.2.0 for Software Systems.
Innovate2011 Keys to Building OSLC IntegrationsSteve Speicher
The document provides an overview of keys to building and consuming open services for lifecycle collaboration (OSLC) providers. It discusses OSLC principles and community, common scenarios, tools, specifications, resource representations, linking, querying, and other implementation details. The summary emphasizes understanding scenarios, tools, and specifications before implementation to ensure interoperability and reuse of existing work.
The document discusses OneM2M, an organization that is developing technical specifications for a common M2M Service Layer that can connect various devices worldwide. It describes OneM2M's founding partners and provides an overview of the functions and architecture proposed for the common M2M service layer, including device management, policy/resource management, API services, and data/metadata management. It also outlines the structure and resources in the service capability layer, such as the sclBase resource and its child resources like scls, applications, containers and groups.
Achieve big data analytic platform with lambda architecture on cloudScott Miao
This document discusses achieving a big data analytic platform using the Lambda architecture on cloud infrastructure. It begins by explaining why moving to the cloud provides benefits like elastic scaling, reduced operational overhead, and increased focus on innovation. Common cloud services at Trend Micro like an analytic engine and cloud storage are then described. The document introduces the Lambda architecture and proposes a serving layer as a service. Key lessons learned from building big data solutions on AWS include the pros of unlimited scalability and easy disaster recovery compared to on-premises infrastructure.
Sodius provides model-driven interoperability solutions to enable data exchange between modeling tools used in systems engineering projects. It has collaborated with Cassidian since 2009 on projects such as developing a solution to migrate architecture models between the MEGA and System Architect tools. Cassidian is working on an Integrated Project Support Environment named IPSE to provide a suite of collaborative system engineering tools integrated using Sodius' MDWorkbench platform.
Dynamic Object-Oriented Requirements System (DOORS)David Groff
This document provides an overview of requirements management (RM) and the IBM Rational DOORS tool. It discusses what RM is, who uses it, and what DOORS is and how it can be used. It describes the key components and architecture of DOORS, including modules, objects, attributes, and links. It also covers security roles, configurations, scripting with DXL, and integrations with other tools.
The document discusses the goals and major specifications of the DCMI Architecture Forum. It aims to document the DCMI metadata framework, develop technical specifications, and provide feedback on technical issues. Major specifications discussed include the DCMI Abstract Model, expressions for expressing DCMI metadata in different formats like RDF and XML, and the Singapore Framework for DC Application Profiles. It also discusses different levels of interoperability and introduces Description Set Profiles as a way to formally represent the constraints of a Dublin Core Application Profile.
This document summarizes a webinar on using metadata for public sector administration. It discusses the Asset Description Metadata Schema (ADMS), a vocabulary for describing semantic interoperability assets to facilitate their discovery and reuse. ADMS was developed to provide a common way to describe assets so they can be more easily searched, identified, compared and obtained from a single access point. It reuses terms from standards like Dublin Core and defines properties and classifications to characterize assets consistently.
1. TCS provides consulting services for AWS including solutions for eCommerce, social analytics, mobility, digital marketing, and applications. It has over 800 consultants trained on AWS.
2. TCS is a Premier AWS Partner with dedicated AWS training and certifications for consultants. It has experience with large enterprise customers on over 70 engagements across industries.
3. TCS offers services for migrating applications to AWS using its D2D methodology, and for building new applications on AWS using services like EC2, RDS, and EMR. It provides tools and frameworks to enable cloud adoption.
The document discusses ADMS.SW, an RDF vocabulary for describing software projects, releases, and packages. It aims to address information barriers to sharing and reusing software by building an enhanced, federated catalogue of e-Government software. The schema has been implemented in some public sector catalogues and there are plans to publish software taxonomies as linked open data and develop an ADMS.SW validator framework and exporter plugin for software forges.
DODS (Distributed Oceanographic Data System) is a software package that helps users provide and access data over the internet in a consistent way. It allows data analysis tools to access datasets from any location as if the data were local. DODS uses client and server architecture, with clients making requests via URLs that are processed by DODS servers to deliver subsetted data in the expected format. This transforms tools into "network-savvy" clients that can access remote data from any DODS server regardless of the native data format.
The document discusses cloud computing from the perspectives of application developers, quality assurance teams, and enterprises. It provides rationales for why cloud computing can reduce capital expenditures and operational expenditures compared to maintaining their own on-premise hardware and software. The document also summarizes the NIST definition of cloud computing and describes its essential characteristics, service models, and deployment models.
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Introduction to the Asset Description Metadata Schema Application Profile (ADMS-AP)
1. Introduction to the Asset Description Metadata Schema Application Profile (ADMS-AP)
March 2014 PwC EU Services
2. Learning objectives
By the end of this module, you will have an understanding of:
What is ADMS
What is an application profile
How ADMS-AP extends ADMS
A practical example of ADMS-AP, describing metadata of an interoperability solution
2
3. Outline
•Why ADMS?
•From ADMS to ADMS-AP
•Classes and properties in ADMS-AP
1. An introduction to ADMS-AP
•The core class: The Asset
•UML Class Diagram
•Controlled vocabulary
2. A description of ADMS-AP’s structure
•Data Catalogue Application Profile (DCAT-AP) using ADMS-AP
3. A practical example
3
4. 4
There are many standardisation organisations, public administrations, and software vendors that have created reusable interoperability solutions for e-Government systems, such as frameworks, methodologies, specifications, tools, and services. Unfortunately, these solutions are not always well documented and they are scattered around on many different websites. As a result, it is impossible for anyone to get a comprehensive overview. The lack of documentation and oversight is a major barrier to the reuse of interoperability solutions.
Why ADMS? -> ADMS lowers interoperability barriers & facilitates reuse
The ISA Programme intends to overcome this barrier by creating a set of interoperability agreements for metadata management in the form of a common vocabulary, i.e. the Asset Description Metadata Schema (ADMS), and by putting in place a federation of interoperability repositories in Europe on Joinup.
5. 5
Why ADMS? -> The solution to the problem
ADMS facilitates re-use
• By providing a standard way to describe interoperability solutions, ADMS makes it possible to federated catalogues of such solutions
• ADMS helps owners of interoperability solutions to spread their assets to a wider base of users. Moreover, re-users can lower their own costs in semantic assets’ development.
ADMS lowers interoperability barriers
• Because ADMS allows interoperability solutions to be used by more organisations, it also decreases interoperability barriers between those organisations.
6. ADMS: Common vocabulary for semantic interoperability solutions
•Published in 2011 as part of the ISA Programme
•Common vocabulary to describe semantic interoperability solutions
•Makes possible for ICT developers to discover and reuse semantic interoperability solutions through the federation of asset repositories on Joinup
•However, it focuses exclusively on semantic interoperability solutions
Asset Description Metadata Schema
6
7. ADMS to ADMS-AP: Definition of Application Profile
An application profile includes the set of metadata elements, policies, and guidelines defined for a particular application or implementation. The elements may be from one or more element sets, thus allowing a given application to meet its functional requirements by using metadata elements from several element sets including locally defined sets (DCMI 2005).
7
8. ADMS-AP: Common vocabulary for all interoperability solutions
Extends the ADMS-enabled federation to other types of interoperability solutions, by including solutions which cover legal, organisational and technical interoperabilities
ADMS Application profile for Joinup
This extension implies:
oExtension of ADMS taxonomies and controlled lists
oAlignment of ADMS (used for semantic assets) and ADMS.SW (for software)
oEnsuring backward compatibility to make sure that properties and classes introduced in former specifications can still be used.
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9. ADMS-AP: The benefits
9
oEasier to federate interoperability solutions
oEasier to search for and to find interoperability solutions
oIncreased reuse of interoperability solutions
oIncreased coordination across borders and sectors
10. Providers of interoperability solutions
•Providers of interoperability solutions are able to make the description metadata of their solutions available on the catalogue on Joinup in a machine-readable format, i.e. in RDF.
•All metadata on the catalogue conforms to a common vocabulary, i.e. the ADMS-AP
Reusers of interoperability solutions
•Potential reusers of interoperability solutions are able to explore the collection, find and obtain solutions
•Users can also export and reuse the metadata description of the interoperability solutions available on the catalogue on Joinup, using export services that are put in place.
Share and re-use interoperability solutions
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11. Class terminology in ADMS-AP
Mandatory
Recommended
Optional
A receiver of data MUST be able to process information about instances of the class; a sender of data MUST provide information about instances of the class.
A receiver MUST be able to process information about instances of the class; a sender SHOULD provide the information if it is available.
A receiver MUST be able to process information about instances of the class; a sender MAY provide the information but is not obliged to do so.
EXAMPLES:
- Asset (Adms:Asset)
- AssetType (skos:Concept)
- Publisher (foaf:Agent)
- Theme (skos:Concept)
EXAMPLES:
- Asset Distribution
(adms:AssetDistribution)
EXAMPLES:
- Agent (foaf:Agent)
- Asset Repository (adms:AssetRepository)
- Checksum (spdx:Checksum)
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12. Property terminology in ADMS-AP
Mandatory
Recommended
Optional
A receiver MUST be able to process the information for that property; a sender MUST provide the information for that property.
A receiver MUST be able to process the information for that property; a sender SHOULD provide the information for that property if it is available.
A receiver MUST be able to process the information for that property; a sender MAY provide the information for that property but is not obliged to do so.
EXAMPLES:
- Asset’s theme (dcat:theme)
- Asset’s description (dct:description)
- Publisher (dct:publisher)
EXAMPLES:
- Language (dct:language)
- License’s conditions (dct:License)
- Title (dct:Title)
EXAMPLES:
- Asset’s identifiers (adms:Identifier)
- File Format (dct:format)
- Developer (doap:developer)
12
13. Outline
•Why ADMS?
•From ADMS to ADMS-AP
•Classes and properties in ADMS-AP
1. An introduction to ADMS-AP
•The core class: The Asset
•UML Class Diagram
•Controlled vocabulary
2. A description of ADMS-AP’s structure
•Data Catalogue Application Profile (DCAT-AP) using ADMS-AP
3. A practical example
13
14. A federated architecture
Repository
Repository
ADMS-AP
Repository
Repository
Using the ADMS Application Profile
Public administrations
Academic
Standardisation bodies
Businesses
Explore Find Select Obtain
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15. From Repository to Asset to Distribution
Repository
•Ex: W3C, Eurostat, CEN, etc.
Asset
•Ex: Framework, a specification, a tool, a piece of software, a service, etc.
Distribution
•Ex: pdf, xml, RDF, HTML, etc.
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16. The core class: the Asset
oAbstract entity that reflects the intellectual content of an asset
oRepresents the characteristics of the asset that are independent from its physical embodiment (i.e. Asset Distribution)
oRefers to an interoperability solution
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18. Controlled vocabulary to be used (1/3)
Property URI
Used for class
Vocabulary
adms:interoperabilityLevel
Asset
ADMS Interoperability Level vocabulary
adms:representationTechnique
Asset Distribution
ADMS Representation Technique Vocabulary
adms:status
Asset, Asset Distribution
ADMS Status vocabulary
adms:status
Software Project
Trove Sourceforge Development Status vocabulary
admssw:intendedAudience
Software Project
Trove Sourceforge Intended Audience vocabulary
admssw:locale
Software Project
MDR Languages Named Authority List
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19. Controlled vocabulary to be used (2/3)
Property URI
Used for class
Vocabulary
admssw:programmingLanguage
Software Project
Trove Sourceforge Programming Language vocabulary
admssw:userInterfaceType
Software Project
Trove Sourceforge User Interface / Graphical Environment vocabulary
dcat:theme
Asset
EuroVoc domains
dcat:theme
Software Project
Trove Sourceforge Topic vocabulary
dcat:themeTaxonomy
Asset Repository
EuroVoc
dct:format
Asset Distribution
MDR File Type Named Authority List
19
20. Controlled vocabulary to be used (3/3)
Property URI
Used for class
Vocabulary
dct:language
Asset
MDR Languages Named Authority List
dct:spatial
Asset,Asset Repository
MDR Countries Named Authority List, MDR Places Named Authority List
dct:type
Asset
ADMS Asset Type vocabulary
dct:type
Licence Document
ADMS Licence Type vocabulary
dct:type
Publisher
ADMS Publisher Type vocabulary
schema:operatingSystem
Software Project
Trove Sourceforge Operating System vocabulary
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21. Outline
•Why ADMS?
•From ADMS to ADMS-AP
•Classes and properties in ADMS-AP
1. An introduction to ADMS-AP
•The core class: The Asset
•UML Class Diagram
•Controlled vocabulary
2. A description of ADMS-AP’s structure
•Data Catalogue Application Profile (DCAT-AP) using ADMS-AP
3. A practical example
21
22. Practical example: Sample description metadata of the Data Catalogue Application Profile (DCAT-AP) using ADMS-AP
<https://joinup.ec.europa.eu/asset/dcat_application_profile> a adms:Asset ; dct:title “DCAT Application Profile for data portals in Europe”@en ; skos:altLabel “DCAT-AP”@en ; dct:publisher <http://ec.europa.eu> ; dct:type < http://purl.org/adms/assettype/DataModel> ; dcat:distribution <https://joinup.ec.europa.eu/system/files/project/DCAT-AP_Final_v1.00.rdf> . <https://joinup.ec.europa.eu/system/files/project/DCAT-AP_Final_v1.00.rdf> a adms:AssetDistribution ; dcat:mediaType <http://publications.europa.eu/resource/authority/file-type/RDF_XML> ; dct:license <https://joinup.ec.europa.eu/category/licence/isa-open-metadata-licence-v11> .
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23. Practical example: Sample description metadata of the Data Catalogue Application Profile (DCAT-AP) using ADMS-AP
•An Asset, i.e. DCAT-AP is defined, along with its title, publisher and type (mandatory attributes in ADMS-AP)
•A Distribution is defined, completing information about the media type and the licence (mandatory attributes in ADMS-AP)
•A link is defined between Asset and Distribution
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24. Conclusion
•ADMS is a common vocabulary launched to increase reuse of semantic interoperability solutions and, therefore, reduce interoperability barriers
•ADMS-AP extends ADMS to focus on all types of interoperability solutions
•ADMS-AP is an Application Profile with a well-defined structure
•ADMS-AP facilitates both the sharing and reusing of interoperability solutions
•More than 40 repositories across Europe have shared description metadata of their interoperability solutions on the Interoperability Solutions on Joinup to make them searchable
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25. Related learning resources
•How to import and export ADMS-AP conform metadata of interoperability solutions on Joinup
•Introduction to the Open Refine RDF tool
•Introduction to metadata cleansing using SPARQL
•Using Joinup as catalogue for interoperability solutions
•Introduction to the advanced search functionality of EFIR
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26. Disclaimers
1.The views expressed in this presentation are purely those of the authors and may not, in any circumstances, be interpreted as stating an official position of the European Commission.
The European Commission does not guarantee the accuracy of the information included in this presentation, nor does it accept any responsibility for any use thereof.
Reference herein to any specific products, specifications, process, or service by trade name, trademark, manufacturer, or otherwise, does not necessarily constitute or imply its endorsement, recommendation, or favouring by the European Commission.
All care has been taken by the author to ensure that s/he has obtained, where necessary, permission to use any parts of manuscripts including illustrations, maps, and graphs, on which intellectual property rights already exist from the titular holder(s) of such rights or from her/his or their legal representative.
2.This presentation has been carefully compiled by PwC, but no representation is made or warranty given (either express or implied) as to the completeness or accuracy of the information it contains. PwC is not liable for the information in this presentation or any decision or consequence based on the use of it. PwC will not be liable for any damages arising from the use of the information contained in this presentation. The information contained in this presentation is of a general nature and is solely for guidance on matters of general interest. This presentation is not a substitute for professional advice on any particular matter. No reader should act on the basis of any matter contained in this publication without considering appropriate professional advice.
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Join the CISR community on
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Project Officer Szabolcs.SZEKACS@ec.europa.eu
Contractors Nikolaos.Loutas@be.pwc.com
Joan.Bremers@be.pwc.com
Visit our initiatives Get involved
ADMS.
SW
CISR
COMMUNITY OF
INTEROPERABILITY
SOLUTION
REPOSITORIES
27
Joinup and ADMS are funded
by the ISA Programme