The document describes the Nature Locator project, which aims to track the spread of an alien leaf miner moth species through a mobile app that allows citizens to upload photos and location data of suspected infestations. The app was developed using HTML5, CSS3 and JavaScript with native device APIs to access the camera. It is available for iPhone and Android and allows easy submission of photos and metadata to a Google App Engine datastore. Feedback on the app has been positive regarding its ease of use. Next steps may include crowd-sourcing the data verification and developing visualization tools.
The project aims to integrate local area time and location sensitive data for delivery to mobile devices. It is a 12 month project funded by JISC in collaboration with Bristol City Council and other third parties. The project supports a 'beta' mobile service at m.bristol.ac.uk, extending software from a previous Mobile Campus Assistant project. Next steps include further system integrations, user experience workshops, and discussions with the Council about their data.
HTML 5 and associated technologies like CSS3 are making the mobile web more capable. Key points include:
- HTML5 introduces tags for audio, video, offline storage and caching that allow richer mobile web applications.
- CSS3 adds features like shadows, gradients, rounded corners, transitions and 3D transforms that improve visuals on mobile.
- Gesture events in WebKit allow detection of swipes, pinches and other gestures on touchscreens.
- HTML5 APIs for local storage, databases and the application cache enable offline functionality in mobile web apps.
- While support varies, most mobile browsers now support many HTML5 and CSS3 features, allowing enhanced mobile web experiences.
MapYourBristol is a website and mobile app that allows users to explore places in Bristol, England linked to historic maps and community layers. It was developed for the Know Your Bristol project through co-production with local communities, and makes details and media about places accessible. The app also enables users to add places, media, and comments.
Presentation give on the Mobile Campus Assistant software and MyMobileBristol project at "Open Source Junction: cross-platform mobile apps", 30 March 2011, Trinity College, Oxford
The project aims to integrate local area time and location sensitive data for delivery to mobile devices. It is a 12 month project funded by JISC in collaboration with Bristol City Council and other third parties. The project supports a 'beta' mobile service at m.bristol.ac.uk, extending software from a previous Mobile Campus Assistant project. Next steps include further system integrations, user experience workshops, and discussions with the Council about their data.
HTML 5 and associated technologies like CSS3 are making the mobile web more capable. Key points include:
- HTML5 introduces tags for audio, video, offline storage and caching that allow richer mobile web applications.
- CSS3 adds features like shadows, gradients, rounded corners, transitions and 3D transforms that improve visuals on mobile.
- Gesture events in WebKit allow detection of swipes, pinches and other gestures on touchscreens.
- HTML5 APIs for local storage, databases and the application cache enable offline functionality in mobile web apps.
- While support varies, most mobile browsers now support many HTML5 and CSS3 features, allowing enhanced mobile web experiences.
MapYourBristol is a website and mobile app that allows users to explore places in Bristol, England linked to historic maps and community layers. It was developed for the Know Your Bristol project through co-production with local communities, and makes details and media about places accessible. The app also enables users to add places, media, and comments.
Presentation give on the Mobile Campus Assistant software and MyMobileBristol project at "Open Source Junction: cross-platform mobile apps", 30 March 2011, Trinity College, Oxford
This document discusses Groke, a JavaScript middleware that partitions code between the client and server to make web application development easier. Groke exposes application functions and objects as resources through a RESTful interface. This allows traditional software engineering principles to be applied by treating functions as resources and always posting parameters. Future work includes making the Groke client/server communication symmetric using Comet or WebSockets.
Semantic Technologies and Triplestores for Business IntelligenceMarin Dimitrov
This document provides an introduction to semantic technologies and triplestores. It discusses the Semantic Web vision of making data on the web more accessible and linked. Key concepts covered include RDF, ontologies, OWL, SPARQL and Linked Data. It also introduces triplestores as RDF databases for storing and querying semantic data and compares their features to traditional databases.
Publishing Linked Data 3/5 Semtech2011Juan Sequeda
This document summarizes techniques for publishing linked data on the web. It discusses publishing static RDF files, embedding RDF in HTML using RDFa, linking to other URIs, generating linked data from relational databases using RDB2RDF tools, publishing linked data from triplestores and APIs, hosting linked data in the cloud, and testing linked data quality.
The document outlines the life cycle of linked geospatial data, including modeling geospatial domains and ontologies, generating RDF data from heterogeneous sources, publishing the data online according to linked data principles, and developing applications to unlock the value of the published geospatial data. It provides examples of tools used for each stage, such as geometry2rdf for generating RDF, Virtuoso for publishing, and map4rdf for a map-based visualization application.
The document outlines the life cycle of linked geospatial data, including modeling geospatial domains and ontologies, generating RDF data from heterogeneous sources, publishing the data online according to linked data principles, and developing applications to unlock the value of the published geospatial data. It provides examples of tools used for each stage, such as geometry2rdf for generating RDF, Virtuoso for publishing, and map4rdf for a map-based visualization application.
The document discusses various techniques for optimizing website performance, including respecting HTTP protocols like using GET requests for non-destructive actions; using a proxy server like Nginx to deliver static content; leveraging caching, compression, and content delivery networks; JavaScript and image optimizations; and asynchronous loading of scripts. The goal is to make websites faster by improving how static assets are served and how client-server interactions work.
Visualizations of Spatial and Social Datainterface2011
The document discusses visualizing data from Excel to Vimeo. It describes intermediate visualization packages like GePhi and TULIP. Programming languages for visualization are discussed, including R, PHP, Processing, Python, and MatLab. Examples of student projects are provided that utilize different data sources and programming languages for visualization like ArcGIS, JavaScript, and OpenLayers. The document emphasizes getting data into a form that can be displayed and shared as images or movies.
Expertezed 2012 Webcast - XML DB Use CasesMarco Gralike
Presentation used during the 3rd December 2012 Expertezed Webcast (see the following websites for more details: www.expertezed.com, www.amis.nl or www.xmldb.nl)
dotNetRDF - A Semantic Web/RDF Library for .Net DevelopersRob Vesse
A quick overview and introduction to the dotNetRDF Project given in the Technical Lightning Talk session at SemTech West 2011 at the Hilton Union Square, San Fransisco
The document compares REST and SOAP architectures. SOAP is a protocol that exposes operations representing logic through WSDL ports. REST is an architectural style that uses unique URLs to represent objects, and relies solely on HTTP methods like GET, PUT, DELETE and POST. REST is seen as lighter weight and more human readable than SOAP, which encodes everything in XML and supports more complex features like sessions. While SOAP aims for interoperability, REST is better suited for the web architecture.
Kendall Clark, CEO of Clark & Parsia, LLC, presented an overview of their new RDF database called Stardog. Key points include that Stardog is fast, lightweight, supports rich APIs, logical and statistical inference, and full-text search. It aims to be the fastest RDF database and supports OWL 2 reasoning and SPARQL queries. Stardog is currently in alpha testing and plans to launch a private beta in early April ahead of its 1.0 release in mid-summer.
The Talis Platform provides a cloud-based multi-tenant data storage service with RDF triplestore and unstructured data storage. It includes features for managing structured and unstructured data through RESTful APIs, extracting and augmenting data through services like search and SPARQL querying, and publishing Linked Data through hosting and public APIs. Current projects using the platform include hosting Linked Data from BBC, government data from the UK and EU, and supporting research into exploring Linked Data applications.
IBM Solutions '99 XML and Java: Lessons LearnedTed Leung
The document discusses using XML and Java together for building applications. It provides background on XML and Java technologies including parsers, schemas, stylesheets, and servlets. Architectures are presented that use servlets to integrate XML, business objects, and databases in both applet-based and web-based applications. Benefits of the XML and servlet approach include leverage of web server technologies, high scalability, simplified integration, and support for multiple front-ends.
Javascript Views, Client-side or Server-side with NodeJSSylvain Zimmer
The document summarizes a presentation on building applications that can render on both the server and client using a single codebase. It discusses how traditional server-side and client-side apps are structured, then shows how server-side JavaScript allows building a single app with a shared core that can adapt for the server or browser through the use of adapters. It demonstrates this approach with a sample app and discusses benefits like serving HTML versions for search engines or legacy browsers. Key aspects covered are rendering on the server/client with a View class and handling browser history across environments.
The document discusses Node.js and how it can be used to build server-side applications using JavaScript. Some key points include:
- Node.js allows for non-blocking, asynchronous programming which improves performance compared to traditional blocking I/O.
- It uses a single thread with event loops to handle multiple connections concurrently without blocking.
- JavaScript is a good choice as it is the language of the web and supports features like closures that are useful for asynchronous programming.
- Node.js has gained popularity due to its ability to build high performance web servers using a non-blocking approach that is accessible to programmers without expertise in asynchronous programming.
The document discusses Node.js and how it can be used to build server-side applications using JavaScript. Some key points include:
- Node.js allows for non-blocking asynchronous programming which improves performance over traditional blocking servers.
- It uses a single thread event loop model that handles all I/O asynchronously, avoiding context switching.
- JavaScript is the language of the web and Node.js allows using JavaScript on the server side for building real-time applications.
- Node.js has an active community and growing ecosystem of packages on npm that can be easily installed and used in applications.
Currently Experience API (xAPI) mostly focuses on providing “structural” interoperability of xAPI statements via JavaScript Object Notation Language (JSON). Structural interoperability defines the syntax of the data exchange and ensures the data exchanged between systems can be interpreted at the data field level. In comparison, semantic interoperability leverages the structural interoperability of the data exchange, but provides a vocabulary so other systems and consumers can also interpret the data. Analytics produced by xAPI statements would benefit from more consistent and semantic approaches to describing domain-specific verbs, activityTypes, attachments, and extensions. The xAPI specification recommends implementers to adopt community-defined vocabularies, but the only current guidance is to provide very basic, human-readable identifier metadata (e.g., literal string name(display), description). The main objective of the Vocabulary and Semantic Interoperability Working Group (WG) is to research machine-readable, semantic technologies (e.g., RDF, JSON-LD) in order to produce guidance for Communities of Practice (CoPs) on creating, publishing, or managing controlled vocabulary datasets (e.g., verbs). In this session, you will see a brief introduction to modern controlled vocabulary practices and how they can be applied to xAPI to add semantic expressiveness of controlled vocabularies. The progress and resources from the Vocabulary WG (started in April 2015) will also be shared.
This document discusses Groke, a JavaScript middleware that partitions code between the client and server to make web application development easier. Groke exposes application functions and objects as resources through a RESTful interface. This allows traditional software engineering principles to be applied by treating functions as resources and always posting parameters. Future work includes making the Groke client/server communication symmetric using Comet or WebSockets.
Semantic Technologies and Triplestores for Business IntelligenceMarin Dimitrov
This document provides an introduction to semantic technologies and triplestores. It discusses the Semantic Web vision of making data on the web more accessible and linked. Key concepts covered include RDF, ontologies, OWL, SPARQL and Linked Data. It also introduces triplestores as RDF databases for storing and querying semantic data and compares their features to traditional databases.
Publishing Linked Data 3/5 Semtech2011Juan Sequeda
This document summarizes techniques for publishing linked data on the web. It discusses publishing static RDF files, embedding RDF in HTML using RDFa, linking to other URIs, generating linked data from relational databases using RDB2RDF tools, publishing linked data from triplestores and APIs, hosting linked data in the cloud, and testing linked data quality.
The document outlines the life cycle of linked geospatial data, including modeling geospatial domains and ontologies, generating RDF data from heterogeneous sources, publishing the data online according to linked data principles, and developing applications to unlock the value of the published geospatial data. It provides examples of tools used for each stage, such as geometry2rdf for generating RDF, Virtuoso for publishing, and map4rdf for a map-based visualization application.
The document outlines the life cycle of linked geospatial data, including modeling geospatial domains and ontologies, generating RDF data from heterogeneous sources, publishing the data online according to linked data principles, and developing applications to unlock the value of the published geospatial data. It provides examples of tools used for each stage, such as geometry2rdf for generating RDF, Virtuoso for publishing, and map4rdf for a map-based visualization application.
The document discusses various techniques for optimizing website performance, including respecting HTTP protocols like using GET requests for non-destructive actions; using a proxy server like Nginx to deliver static content; leveraging caching, compression, and content delivery networks; JavaScript and image optimizations; and asynchronous loading of scripts. The goal is to make websites faster by improving how static assets are served and how client-server interactions work.
Visualizations of Spatial and Social Datainterface2011
The document discusses visualizing data from Excel to Vimeo. It describes intermediate visualization packages like GePhi and TULIP. Programming languages for visualization are discussed, including R, PHP, Processing, Python, and MatLab. Examples of student projects are provided that utilize different data sources and programming languages for visualization like ArcGIS, JavaScript, and OpenLayers. The document emphasizes getting data into a form that can be displayed and shared as images or movies.
Expertezed 2012 Webcast - XML DB Use CasesMarco Gralike
Presentation used during the 3rd December 2012 Expertezed Webcast (see the following websites for more details: www.expertezed.com, www.amis.nl or www.xmldb.nl)
dotNetRDF - A Semantic Web/RDF Library for .Net DevelopersRob Vesse
A quick overview and introduction to the dotNetRDF Project given in the Technical Lightning Talk session at SemTech West 2011 at the Hilton Union Square, San Fransisco
The document compares REST and SOAP architectures. SOAP is a protocol that exposes operations representing logic through WSDL ports. REST is an architectural style that uses unique URLs to represent objects, and relies solely on HTTP methods like GET, PUT, DELETE and POST. REST is seen as lighter weight and more human readable than SOAP, which encodes everything in XML and supports more complex features like sessions. While SOAP aims for interoperability, REST is better suited for the web architecture.
Kendall Clark, CEO of Clark & Parsia, LLC, presented an overview of their new RDF database called Stardog. Key points include that Stardog is fast, lightweight, supports rich APIs, logical and statistical inference, and full-text search. It aims to be the fastest RDF database and supports OWL 2 reasoning and SPARQL queries. Stardog is currently in alpha testing and plans to launch a private beta in early April ahead of its 1.0 release in mid-summer.
The Talis Platform provides a cloud-based multi-tenant data storage service with RDF triplestore and unstructured data storage. It includes features for managing structured and unstructured data through RESTful APIs, extracting and augmenting data through services like search and SPARQL querying, and publishing Linked Data through hosting and public APIs. Current projects using the platform include hosting Linked Data from BBC, government data from the UK and EU, and supporting research into exploring Linked Data applications.
IBM Solutions '99 XML and Java: Lessons LearnedTed Leung
The document discusses using XML and Java together for building applications. It provides background on XML and Java technologies including parsers, schemas, stylesheets, and servlets. Architectures are presented that use servlets to integrate XML, business objects, and databases in both applet-based and web-based applications. Benefits of the XML and servlet approach include leverage of web server technologies, high scalability, simplified integration, and support for multiple front-ends.
Javascript Views, Client-side or Server-side with NodeJSSylvain Zimmer
The document summarizes a presentation on building applications that can render on both the server and client using a single codebase. It discusses how traditional server-side and client-side apps are structured, then shows how server-side JavaScript allows building a single app with a shared core that can adapt for the server or browser through the use of adapters. It demonstrates this approach with a sample app and discusses benefits like serving HTML versions for search engines or legacy browsers. Key aspects covered are rendering on the server/client with a View class and handling browser history across environments.
The document discusses Node.js and how it can be used to build server-side applications using JavaScript. Some key points include:
- Node.js allows for non-blocking, asynchronous programming which improves performance compared to traditional blocking I/O.
- It uses a single thread with event loops to handle multiple connections concurrently without blocking.
- JavaScript is a good choice as it is the language of the web and supports features like closures that are useful for asynchronous programming.
- Node.js has gained popularity due to its ability to build high performance web servers using a non-blocking approach that is accessible to programmers without expertise in asynchronous programming.
The document discusses Node.js and how it can be used to build server-side applications using JavaScript. Some key points include:
- Node.js allows for non-blocking asynchronous programming which improves performance over traditional blocking servers.
- It uses a single thread event loop model that handles all I/O asynchronously, avoiding context switching.
- JavaScript is the language of the web and Node.js allows using JavaScript on the server side for building real-time applications.
- Node.js has an active community and growing ecosystem of packages on npm that can be easily installed and used in applications.
Currently Experience API (xAPI) mostly focuses on providing “structural” interoperability of xAPI statements via JavaScript Object Notation Language (JSON). Structural interoperability defines the syntax of the data exchange and ensures the data exchanged between systems can be interpreted at the data field level. In comparison, semantic interoperability leverages the structural interoperability of the data exchange, but provides a vocabulary so other systems and consumers can also interpret the data. Analytics produced by xAPI statements would benefit from more consistent and semantic approaches to describing domain-specific verbs, activityTypes, attachments, and extensions. The xAPI specification recommends implementers to adopt community-defined vocabularies, but the only current guidance is to provide very basic, human-readable identifier metadata (e.g., literal string name(display), description). The main objective of the Vocabulary and Semantic Interoperability Working Group (WG) is to research machine-readable, semantic technologies (e.g., RDF, JSON-LD) in order to produce guidance for Communities of Practice (CoPs) on creating, publishing, or managing controlled vocabulary datasets (e.g., verbs). In this session, you will see a brief introduction to modern controlled vocabulary practices and how they can be applied to xAPI to add semantic expressiveness of controlled vocabularies. The progress and resources from the Vocabulary WG (started in April 2015) will also be shared.
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1. Nature Locator
Mike Jones
mike.a.jones@bristol.ac.uk
@MrJ1971
#MyMobileBristol #NatureLocator
Tuesday, 5 July 2011
2. Institute for Learning and Research
Technology (ILRT)
Established in 1996
~50 staff working in R&D,
consultancy, support and
services
Expertise in web application development, semantic
web, linked data, mobile technologies, social software
and data visualisation
Provide an R&D role for IT Services at the University
of Bristol
Tuesday, 5 July 2011
3. Mobile Campus Assistant
Started as a JISC funded ‘Rapid Innovation’ project
6 Month project with 1.1 FTEs, August to
November, 2009
Further developed in the JISC funded
MyMobileBristol project - collaboration with Bristol
City Council (July 2010 to August 2011)
Software available under a BSD-style license
Tuesday, 5 July 2011
4. Rationale
http://www.flickr.com/photos/tonivc/2283676770 http://www.flickr.com/photos/nullalux/2261949240
What issues are there in providing a time
and location sensitive application for
students?
Tuesday, 5 July 2011
5. Use Cases
Where is the nearest open library?
Where is the nearest available PC
or wireless hotspot?
What time is the next bus?
Tuesday, 5 July 2011
6. Website or Native App?
(not forgetting PhoneGap, Titanium etc.)
Tuesday, 5 July 2011
9. RSS XML HTML
Harvest
Harvester(s)
Update
RDF Store
Harvesting data sources
Tuesday, 5 July 2011
10. RSS XML HTML
Harvest
JSON
HTML RDF
Harvester(s)
Restful Interface
Update
Query
RDF Store
Querying the data store
Tuesday, 5 July 2011
11. RSS XML HTML
Harvest
JSON
HTML RDF
Proxy
Harvester(s)
Restful Interface Proxy
Update
Query
RDF Store
If all else fails ... screen scrape
Tuesday, 5 July 2011
12. RSS XML HTML
Harvest
JSON
HTML RDF KML Proxy
Harvester(s)
SPARQL
Restful Interface Endpoint Proxy
Update
Query
RDF Store
SPARQL Endpoint and Geo support
Tuesday, 5 July 2011
13. RSS XML HTML
Harvest
JSON
HTML RDF KML Proxy
Harvester(s)
SPARQL
Restful Interface Endpoint Proxy
Update
Query Query
Library
LDAP System ? RDF Store
Extensible RESTful interface
Tuesday, 5 July 2011
14. Technology Stack
H2 Database Engine
Jena Semantic Web Framework
Jersey (JAX-RS Reference Imp
lementation)
Free Marker Template Language
Apache Maven JEE Servlet Cont
ainer
Tuesday, 5 July 2011
16. Issues about data
Data is in silos
Incomplete data
Copyright and IPR issues
Copy might not be
appropriate for mobile http://www.flickr.com/photos/ian-s/2152798588
context
Tuesday, 5 July 2011
17. Some Feedback
Love this
thanks for
application.
the work
Really good ... Great work!
Much needed.
Tuesday, 5 July 2011
19. Shameless Plug
Transferability Workshop
27 July 2011, Bristol
Sessions on ‘Student Engagement’,
‘The Cultural Experience’, ‘Local
Authority Engagement’ and other
project outputs.
http://bit.ly/kM48xP
Tuesday, 5 July 2011
20. Further Information
Project Website:
http://mymobilebristol.com
Demonstrator:
http://m.bristol.ac.uk
Source code:
https://github.com/ilrt/mca
Tuesday, 5 July 2011
21. Nature Locator
10 Month Project (ends
October 2011)
JISC-funded - geospatial strand
Supporting the Conker Tree
Science project - Universities
of Bristol and Hull
Tracking the spread of an alien species -
the leaf miner moth
Tuesday, 5 July 2011
22. Citizen Science
Members of the public help
locate damage caused by an
alien species - leaf miner
moth
http://www.flickr.com/photos/cannongod/
In 2010 ... (i) Observe evidence
of infestation and complete an
online form (ii) place a leaf in a
plastic wallet and identify insects
emerge ... moths and predators
Photo by Dave Kilby
Tuesday, 5 July 2011
23. 2010 Results
2700 people submitted results
Improbable results in survey
data: other diseases mis-
identified
Photographic evidence needed
to verify those results.
How do we obtain, store and
manage submitted data?
Tuesday, 5 July 2011
24. Technical Solution ...
HTML 5, CSS3, JavaScript +
access to native APIs
Need to access the phone’s
camera
Targeted iPhone and
Android first - option to add
support for others devices
http://www.phonegap.com/
Tuesday, 5 July 2011
25. Photos + Geo-Location
Image + metadata Google App
Engine
High Replication
Datastore
Tuesday, 5 July 2011
26. On the App Store + Market
Search for: ‘Leaf Watch’
Tuesday, 5 July 2011
27. Feedback ...
‘Easy to use, quite ‘Just used app. Seems
self explanatory’ very easy to use’
‘It is workable, and usable; functional.
But it doesn't leave me with a sense of
elegance, and grace of delight and
pleasure. Which is what Apple keep
banging on about, and everyone else
gives a resigned sigh.’
Tuesday, 5 July 2011
28. Next Stage
Look at approaches to crowd
source the data verification ...
mobile game?
Visualisation tools? Illustrate
the spread of the moth.
http://www.flickr.com/photos/37539972@N06/3913505623/
Tuesday, 5 July 2011
29. Further Information
http://www.ourweboflife.org.uk/
http://naturelocator.ilrt.bris.ac.uk/
Tuesday, 5 July 2011