Post on 12-May-2015
1
SOFTWARØsfera Research Line, MoreLab Research Group, DeustoTech
Dr. Diego Lz-de-Ipiña Glz-de-Artazadipina@deusto.es
http://www.morelab.deusto.eshttp://www.smartlab.deusto.es
http://paginaspersonales.deusto.es/dipina
2
Contents
• Research organization:
– University– Laboratory– Research lines
• Research areas– Ambient Assisted Living– Service Infrastructure for Future Internet– Mobile Context-Aware Service Prosuming
• Review of projects– Completed– Ongoing
3
University of Deusto, Bilbao• Private Jesuits' University founded in 1886 in
Bilbao, Basque Country, Spain• It offers degrees on:
– Business & Administration– Law– Psychology– Engineering– Social Sciences & Linguistics
• URL: http://www.deusto.es
4
Our Research Group:• Created in 2003, there are 3 lecturers and more than 29
researchers (including grant holders):– URL: http://www.morelab.deusto.es– Specialized on Mobile-Mediated Interaction, Internet of Things, Smart
Objects, Semantic Middleware, AAL– 2 research lines: e-NTORNO (led by Dr. Iñaki Vázquez) and
SOFTWARØsfera (led by Dr. Diego López-de-Ipiña)
5
Our Research Lab: SmartLab
• A research laboratory focused on AmI research• Aim: create an intelligent working space with a
double purpose:• Provide infrastructure to host and attract research
projects related to AmI• Assess the suitability of AmI as a mechanism to enrich and
improve the working daily activities of a group of users– URL: http://www.smartlab.deusto.es
6
Our Research Lab: SmartLab
7
Research Line: SOFTWARØsfera
• Line within SOFTWARØsfera :– 2 lecturers (1 doctor)– 6 researchers (4 permanent)– 5 grant holders
• Research areas:– Ambient Assisted Living– Service Infrastructure for Future Internet– Mobile Context-Aware Service Prosuming
7
8
Ambient Assisted Living• ICT innovation to increase elderly and disabled people
autonomy • Research lines:
– Smart semantic middleware to coordinate AAL devices– Novel natural human-environment interaction– Reasoning and learning for reactive activity recognition– Custom-built hardware to sense people’s vital signs
9
Service Infrastructure for Future Internet
• Devise service infrastructure for Future Internet which fosters the development and deployment of Internet of Things scenarios
• Research lines:– Novel mechanisms to discover, consume, compose and interact with
“surrounding” services based on context – Real world object annotation with micro-service ontologies– Context-aware service discovery, recommendation and composition– End-user’ and environment’s goal–driven programming
10
Mobile Context-Aware Service Prosuming
• Provide infrastructure to enable context-aware service prosuming from last generation mobile devices
• Research lines:– Semantic context annotation and reasoning in embedded mobile environments– Service infrastructure for mobile embedded devices– Context-sensing based on mobile devices built-in sensing hardware– Advanced mobile-mediated user-environment interaction
11
Previous Research Projects
• COMMBOTS: Communicating MicroBots• EMI2lets: controlling the real world through
mobile devices• Sentient Graffiti: enabling IoT through Web
2.0• SmartLab: AmI Enabling Semantic Middleware• ZAINGUNE: Reactive Home Control for AAL
11
12
COMMBOTS: Remote Control of Embedded Sensing Devices
13
EMI2lets: Mobile-mediated Human-Environment Interaction
14
Sentient Graffiti: Mobile-mediated Human-Environment Interaction
15
Sentient Graffiti: Mobile-mediated Human-Environment Interaction
16
SmartLab: AmI-enabling Semantic Middleware
17
• Device assortment common in intelligent environments:– EIB/KNX– Asterisk VoIP– VideoIP Cameras– Indoor Location System (Ubisense)– People wandering devices (Gerontek)– Custom-built Devices (WSN)
• Chair• Display bracelet• Container
SmartLab: Integration and Interoperability of Heterogeneous
Sensing Devices
18
ZAINGUNE: Home control for AAL
19
Some Current Ongoing Projects
• mIO! CENIT• MUGGES FP7 project• PIRAmIDE: singular strategic project• CBDP CELTIC project• Service Infrastructure: ISMED & SemantiCrest• AGUREZAINA: Assistive Display, ElderCare,
CareTwitter
19
20
User Generated Mobile ServicesUser generated services “on the go” (Prosumer paradigm): light services and mashups created easily on the mobileMobile Open APIs: The mobile as main door to services which help the user
Communication and Connectivity Technologies
Prospection of the underlying communication and connectivity technologies
Ambient Intelligence InteractionContext management and service discovery, taking into account user preferencesPersonalization: services adaptation and filteringNew Mobility User Experience
New interfaces, exploring access technologies to use devices on the mobile phone or near to it. Real and virtual information mixing
Real Time Enterprise on the moveMobile Context Services for Enterprises/Governmental Org.Cities and Companies as intelligent environments
mIO!: Summary
21
Prosumer Concept: MUGGES
• MUGGES: Mobile User Generated Geo Services– A new approach for exploiting innovative GNSS-based mobile LBS
applications, personal, social or professional: the mobile prosumer concept.
– A new location model combining GNSS-based positioning and user-provided social positioning in order to support more significant location-based services.
– A new business model, with the “mobile as the service platform”, the “user adds value” and the “very long tail” as the three main pillars.
– A new GNSS-based application paradigm driving to a new service infrastructure and platform tools.
• URL: http://www.mugges-fp7.org
22
Personal Smart Sensing Mobile Devices: PIRAmIDE
• PIRAmIDE aims to transform our mobile devices into a 6th sense which aids and mediates on our behalf easing and improving our daily interactions with everyday objects and locations– An important aspect is to address the needs of visually impaired
• URL: http://www.piramidepse.com
23
CBDP: Context-Based Digital Personality
• Creation of a context-based digital personally (DP) which acts as an enabling proxy between digital surroundings and the final user. – DPs will benefit from mobile technologies for context-creation, maintenance
and usage; and from semantic technologies for formal decisions and verifications.
– Usage of DP will simplify everyday interaction between users and their surrounding digital environments.
• URL: http://projects.celtic-initiative.org/cbdp/
Digital surroundings
CBDP
Digital surroundings
CBDP
24
Service Infrastructure for Embedded Wireless Devices: ISMED
• Aims to provide the required software infrastructure to develop and deploy cooperative intelligent environments equipped by heterogeneous wireless embedded devices– Adopts Triple Space Computing for the
communication/coordination/cooperation needs of the project
• http://www.tecnologico.deusto.es/projects/ismed/index_en.html
25
• Main features:– Create semantized REST service compositions– Save and Share mash-ups in Facebook– Open id and Facebook connect support– Add new semantized REST services to editor
• Future work:– Use saved mash-up to build new ones– Mobile client
• Technologies:– Jena, Spring, Ibatis, Mysql, Tomcat, OpenID, Facebook connect
25
26 26
27
Assistive Technologies
• The goal is to contribute with several devices which can be easily integrated in an elderly person’s home:– Digital frame with enhanced communication, alert
or interaction capabilities– Set-top-box with event scheduler and monitor
providing interface through TV and remote– RFID tags to log care events collected and
published by NFC phones to Twitter
28
Assistive Display
29
ElderCare
• URL: http://www.smartlab.deusto.es/eldercare/
29
30
CareTwitter
30