1. E x p e ri e n ti al L i vi n g L ab fo r th e I n te rn e t
O f Th in gs
ELLIOT
Experiential Living Labs for the
Internet Of Things
EU FP7 STREP 258666
Duration 1.9.2010 – 31.03.2013
Standard Presentation
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2. ELLIOT Partnership and Roles (1)
ICT vendor & integrator,
Polymedia s.p.a., Italy specialized in Media &
Channel Integration
The University of
Nottingham, UK
BIBA – Bremer Institut
für Produktion und Four leading research
Logistik GmbH, Germany organisations from 3
European Union
INRIA – Institut National Country, involved in user
de Recherche en centric and open
Informatique et innovation research
Automatique, France topics
The University of
Reading, UK, IMSS
Laboratories
Open Innovation and
Collaborative
Living Labs’ Best
Engineering, Italy
Practices
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3. ELLIOT Partnership and Roles (2)
Logistic Pilot: Green Services Pilot:
Design and Use of Wellbeing Pilot: e- mobile and fixed
Intelligent Product Services for Life sensors to improve
Applications in an and Health transports, health &
IoT environment well being
Six different pilot scenarios for demonstrating ELLIOT results
Healthcare Pilot: Energy Efficient Pilot:
Remote Retail Pilot: Managing energy for
assistance for IoT enabled smart buildings and offices
Cardio Patients shopping scenario
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4. Project Goal
The ELLIOT project aims to develop an Internet Of Things (IOT)
experiential platform where users/citizens are directly involved in co-
creating, exploring and experimenting new ideas, concepts and
technological artifacts related to IOT applications and services. This
will allow studying the potential impact of IOT and the Future Internet
in the context of the Open User Centered Innovation paradigm and of
the Living Lab approach.
The project is expected to dramatically increase the adoption of IOT in
Europe and to enhance the potential of collaborative innovation for the
discovery of innovative IOT application/service opportunities in
bridging the technological distance with users/citizens. 4
5. Involving Users and Citizens in the definition
and testing of innovative IoT services
Background
Strong and growing emphasis on the involvement of the final users in the
development process of new product and services:
The need
Definition of new industrial Practices to get the product or the services right
from the beginning
How
To put potential customers, users and citizens in a position to feel, sense,
experiment and interact with new services/products under development since
the early stage of its conception.
Why
• Reduction of the development cycles needed to engineer and make
available to the public the intended product/service
• Products/services better in line with customers’ true needs (produce
what it is really needed rather than to produce what it is feasible)
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6. Main Objectives (I)
• Study and develop a set of KSB (Knowledge-Social-Business)
Experience Models integrating social, intellectual-cognitive, economical,
legal and ethical aspects related to the use of IOT technologies and
services into a single, “holistic”, meta model.
• Design and develop an Experiential Platform where the KSB
Experience Models will be implemented to explore socially enabled
ICT/IOT, including its validation as well as the corresponding impact
evaluation. This platform will operate as a knowledge and experience
gathering environment in the IOT context.
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7. Main Objectives (II)
• Explore the potential of user co-creation techniques and tools, such as serious
gaming, participative requirements engineering and verification/validation, in the
context of IOT.
• Experiment within three European Living Labs, each composed of a physical
space artifact, an information space architecture and a societal space community.
Such use cases will be concurrently conducted in three different sectors, namely
Logistics, Wellbeing and Environment. They will allow exploring and validating
the KSB Experience Model, the Experiential Platform as well as the co-creation
techniques and tools in the context of IOT technologies and services.
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8. ELLIOT Conceptual Model
A conceptual model encompassing enterprise kind of Living Labs from the
physical space up to the societal space connected by the information space.
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12. Co-Creation and new Iteration
• ELLIOT supports by methods and tools (Serious Gaming) the LL co-
creation
• At the time the LL improves the service a new observation starts
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14. ELLIOT Use Cases (I)
The Use Cases will be conducted on three different geographical sites:
• BIBA in Bremen, Germany, will create an application for intra-logistics
risk detection supported by IOT and RFID technologies
• It is intended to reveal risky situation during logistics processes within a
warehouse (first tested in a lab environment at BIBA)
• Risky situations are defined and translated into IOT within our Living Lab
– Definition of risk is supported by a serious game
– Translation into IOT is supported by a sensor tool kit
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15. ELLIOT Use Cases (I)
Knowledge
Risk awareness within intra-logistics
Understanding for other intra-logistics perspectives
IOT translation ability
Social
Interaction between different logistics
Risk monitoring perspectives (e.g. worker, manager, customer,
IoT environment
supplier)
Business
Time, cost and quality improvements
through risk prevention
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16. ELLIOT Use Cases (II)
• HSR (San Raffaele Hospital, the City of the Future) in Milan, Italy, will
handle an extended concept of “Well Being”, based on the following
scenarios:
o Media scenario: TV for Paediatrics
o Personalized Services scenario
o Tourism Services scenario
o Public Transport scenario
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17. ELLIOT Use Cases (II)
e-Services Design Drivers
Media Scenario Personalized Service
Emotion Scenario
TM
Function
Relation
Brighten up children stay in the hospital Make healthy food choices
Socialization with other children Socialization with other passersby
Improve knowledge of school subjects Improve knowledge of nutrition
Improve health/physical activity status Improve mobility and reduce CO2 emission
Socialization with other Socialization
cyclists
Increase awareness of healthy lifestyle Increase awareness about C02 emission
ELLIOT KSB Model
Tourism Service Social
Public Trasport
Scenario Scenario
Business/ benefits Knowledge
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18. ELLIOT Use Cases (III)
• Green Services @ ICT Usage Lab supported by INRIA (Sophia
Antipolis), FING and VU Log (France). The following use case will be
conducted base on fixed and mobile sensors as available with:
o The Green Watch
o The Sensor Vehicle
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20. ELLIOT Use Cases (iv): Retail services
• Sign-in with loyalty card
• Read product
• Retrieve product information
• Receive product
recommendation
• Get product location
• Collect coupons
• Redeem coupons
• Make payment
21. ELLIOT Use Cases (iv): Retail services
expected benefits
Knowledge Social Business
•collect information to improve •usage of mobile handset
the service •interaction between •customer
•for the merchant customers and shop operators •savings for the customer
•for the customer •process design •more spare time
•introduce new services •interaction between
•provide information about the customers •business operator
shopping habits of customers •loyal relationship with •turnover increase
•provide information about customers •revenue increase
products •comments on products •profit increase
•pedigree •product recommendations
•description
•from store to customer
•footprint
•from customer to another
one
22. ELLIOT Use Cases (v): e-Health Case
• Medical oriented business
intelligence.
• Wireless sensors.
• Mobile communications with
wireless sensors and smart phones
based on public mobile networks or
satellites.
• Back office cluster technology
ensuring 99.999% availability for live
critical systems.
• Database clustering.
• KSB Experience model based on
health care knowledge and live
information gathering
• Hospital experimental pilot
exploitation.
• User oriented co-creation tools for
physician - patient communication.
• Fully operational Living Lab.
• published on YouTube (
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http://youtu.be/GGRh00fQ0LA).
23. TEMEO Technologies
Servers
Medical Expert
TEMEO
GSM
Network
TEMEO
TEMEO
Medical Supervisors
www.temeo.org
24. ELLIOT Use Cases (VI)
• Energy Efficient Pilot: Managing energy for buildings and offices
supported by InterSoft, a.s. (Slovakia).
• Goal: to enhance the ELLIOT platform by integrating the Semantic Ambient
Intelligence (AmI) with the Internet of Things, People and Services applications in
the Smart Office use case.
• Focus:
– experiment the ELLIOT outcomes and the new semantically enhanced AmI technology in the Energy
test case in Slovakia
– demonstrate the platform capabilities towards a positive impact on environment (energy consumption,
CO2 footprint)
• Technology: Ambient Intelligence & Semantics & BP modelling
– embedded services into devices, networking of devices
– context awareness, personalized and adaptive environment
– Semantic Model Driven Architecture, shared ontologies, interoperability for services and devices
– business rules, semantically enhanced business process models
– AmI-IoT platform: LinkSmart system, http://sourceforge.net/projects/linksmart/
25. ELLIOT Use Cases (VI)
Knowledge
• Business process models created for various scenarios of workflow in an office
• Ontologies for complex events, service IOPEs, business rules
• Awareness of energy consumption for tasks and employees in a given workflow
Social
• Level (frequency, efficiency, etc.) of
interactions between employees
collaboratively working in a workflow scenario
• Acceptance level of proposed workflow
modifications (of employees and decision
makers)
• Personal preferences of employees on
the working environment
• Proposals for modifying the workflow scenarios,
based on KSB evaluation and measured sensor data
Business
• User satisfaction, level of adaptation of working environment to personal preferences of employees
• Effectiveness of collaborative goal-oriented work of employees in the office
• Appropriateness of the underlying business process(es) for achieving defined business goals
26. ELLIOT Dissemination and Use
Dissemination is addressed at different levels:
• At single Living Lab level, by leveraging their users’ and
citizens’ communities and relevant communication means
• At ENoLL level, through the provision of ELLIOT
dissemination material to the Living Labs members of
ENoLL, which will channel it to their citizens/users
communities
• Through multipliers, which are Social and Economic
external entities that are because of their social mission
and/or business positioning:
• potentially committed to the adoption of results
• In a position of reaching a large dissemination target
• In a position of playing an active role in supporting the
achievement of the project impact.
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27. The ELLIOT Community: Multipliers
Living Labs’
Stakeholders
Industrial &
Enterprises Professional
Associations
IOT
Universities ELLIOT Project Community
Findings & Results
Governmental IT Industry
bodies
Users & Citizen’s
Associations
Multipliers are in a position of accessing wider groups to contribute effectively to the deployment
of the overall ELLIOT results.
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28. Living LAB Open Communities
100s of public bodies,
1.000s of companies,
100.000s of final users
LL-
LL- Policy
Partner
s
LL-
Partners
ENoL
L
cities
Individuals register at any time at energy
media
http://www.ami-communities.eu health
manufacturing
ENoLL 6th Wave launched
http://www.openlivinglabs.eu
274 ENoLL Members and Growing…5° WAVE
