User Driven Innovation in a technology driven project Anastasius Gavras Eurescom GmbH

Slides:



Advertisements
Similar presentations
© Fraunhofer Institute SCAI and other members of the SIMDAT consortium Data Grids for Process and Product Development using Numerical Simulation and Knowledge.
Advertisements

UNIVERSITY OF TWENTE - FACULTY OF GEO-INFORMATION SCIENCE AND EARTH OBSERVATION (ITC) Human Sensor Web project h2.0 Inform and Empower Initiative Human.
Libraries in FE Colleges Capita Library Management System Demonstration May 2013.
Chapter 2. Slide 1 CULTURAL SUBJECT GATEWAYS CULTURAL SUBJECT GATEWAYS Subject Gateways  Started as links of lists  Continued as Web directories  Culminated.
Virtual SharePoint Summit 2010 hosted by Rackspace Overcoming Collaboration Challenges with SharePoint Chris Samson Leslie Sistla Virtual SharePoint Summit.
CREAM-CE status and evolution plans Paolo Andreetto, Sara Bertocco, Alvise Dorigo, Eric Frizziero, Alessio Gianelle, Massimo Sgaravatto, Lisa Zangrando.
IS/IT strategy of a Virtual Construction Management Services Company Wafa Alsakini Design Management System for a Virtual Construction Management Services.
1 31 August, 2007 ICSY Lab, University of Kaiserslautern, Germany A File System Service for the Venice Service Grid 33 rd Euromicro 28-31August 2007 Lübeck,
Virtual Workbenches Richard Anthony Dept. Computer Science University of Greenwich Distributed Systems Operating Systems Networking.
Virtual Workbenches Richard Anthony The University of Greenwich
1 Prof. Mohamed Cheriet, Eng. Ph.D. Director, Synchromedia Consortium École de technologie supérieure, Montreal (Quebec), Canada PI, Canadian Innovation.
1 IS112 – Chapter 1 Notes Computer Organization and Programming Professor Catherine Dwyer Fall 2005.
1 3 rd SG13 Regional Workshop for Africa on “ITU-T Standardization Challenges for Developing Countries Working for a Connected Africa” (Livingstone, Zambia,
Cloud Usability Framework
SaaS, PaaS & TaaS By: Raza Usmani
M.A.Doman Model for enabling the delivery of computing as a SERVICE.
POLITECNICO DI TORINO TRIBUTE and DIMMER. DIMMER - The context One of the major challenges in today’s economy concerns the reduction in energy usage and.
Progress® Arcade™ Rob Straight Senior Manager, OpenEdge Product Management Mike Ormerod Architect, SaaS and Cloud Computing June 6, 2011.
VAP What is a Virtual Application ? A virtual application is an application that has been optimized to run on virtual infrastructure. The application software.
For more notes and topics visit:
1 Autonomic Computing An Introduction Guenter Kickinger.
 Cloud computing  Workflow  Workflow lifecycle  Workflow design  Workflow tools : xcp, eucalyptus, open nebula.
1. Windows Vista Enterprise And Mid-Market User Scenarios 2. Customer Profiling And Segmentation Tools 3. Windows Vista Business Value And Infrastructure.
Mobile data. Introduction Wireless (cellular) communications has experienced a tremendous growth in this decade. Most of the wireless users also access.
IEEE R lmap 23 Feb 2015.
Logistics and Systems Rabby Q. Lavilles. Supply chain is a system of organizations, people, technology, activities, information and resources involved.
SCI-BUS is supported by the FP7 Capacities Programme under contract nr RI CloudBroker Platform integration into WS-PGRADE/gUSE Zoltán Farkas MTA.
2 Systems Architecture, Fifth Edition Chapter Goals Describe the activities of information systems professionals Describe the technical knowledge of computer.
M.A.Doman Short video intro Model for enabling the delivery of computing as a SERVICE.
Module 3: Business Information Systems Chapter 8: Electronic and Mobile Commerce.
SCSC 311 Information Systems: hardware and software.
Using the Open Metadata Registry (openMDR) to create Data Sharing Interfaces October 14 th, 2010 David Ervin & Rakesh Dhaval, Center for IT Innovations.
Application of Open Source Strategy on Mobile Web Server Author: Carlo Vainio Supervisor:Professor Heikki Hämmäinen Instructor: M.Sc. Risto Aho, Nokia.
Margherita Forcolin (Insiel S.p.A.) Thessaloniki, 13 October 2011.
© DATAMAT S.p.A. – Giuseppe Avellino, Stefano Beco, Barbara Cantalupo, Andrea Cavallini A Semantic Workflow Authoring Tool for Programming Grids.
Grant agreement n° WP4 Infrastructure virtualization and provisioning of end-to-end Cloud services Giada Landi, Jordi Ferrer Riera CONTENT Y1 EC.
Access to Knowledge through the Grid in a Mobile World Stefan Wesner Project Manager High Performance Computing Centre Stuttgart.
Illustrations and Answers for TDT4252 exam, June
Introduction Infrastructure for pervasive computing has many challenges: 1)pervasive computing is a large aspect which includes hardware side (mobile phones,portable.
© 2005 IBM Corporation IBM Business-Centric SOA Event SOA on your terms and our expertise Operational Efficiency Achieved through People and SOA Martin.
CONTENT DELIVERY NETWORKS
Framework for the Creation of Digital Knowledge Resources to meet the Challenges for Digital Future: A Librarian’s Perspective Dr. Harish Chandra Librarian.
LegendCorp What is System Center Virtual Machine Manager (SCVMM)? SCVMM at a glance Features and Benefits Components / Topology /
Enabling the Future Service-Oriented Internet (EFSOI 2008) Supporting end-to-end resource virtualization for Web 2.0 applications using Service Oriented.
Centre d’Excellence en Technologies de l’Information et de la Communication Evolution dans la gestion d’infrastructure de type Cloud (SDI)
Nairobi, Kenya, 30 – 31 July 2010 Measuring Interoparability: From Theory to Practice Dr. Ulrich Sandl, Head of Division Federal Ministry of Economics.
26/05/2005 Research Infrastructures - 'eInfrastructure: Grid initiatives‘ FP INFRASTRUCTURES-71 DIMMI Project a DI gital M ulti M edia I nfrastructure.
ATIS’ Service Oriented Networks (SON) Activity Andrew White, Nokia Siemens Networks DOCUMENT #:GSC15-PLEN-81r1 FOR:Presentation SOURCE:ATIS AGENDA ITEM:PLEN.
정하경 MMLAB Challenges : An Application Model for Pervasive Computing Guruduth Banavar, James Beck, Eugene Gluzberg, Jonathan Munson, Jeremy Sussman, DeborraZukowski.
Globus and PlanetLab Resource Management Solutions Compared M. Ripeanu, M. Bowman, J. Chase, I. Foster, M. Milenkovic Presented by Dionysis Logothetis.
Copyright All right reserved 1 i - LIKE Linked Data enrichment for an e-learning system Networked interactions to create, learn and share knowledge.
Software Engineering Introduction.
Virtual Information and Knowledge Environments Workshop on Knowledge Technologies within the 6th Framework Programme -- Luxembourg, May 2002 Dr.-Ing.
Grappling Cloud Infrastructure Services with a Generic Image Repository Javier Diaz Andrew J. Younge, Gregor von Laszewski, Fugang.
Reliable Web Service Execution and Deployment in Dynamic Environments * Markus Keidl, Stefan Seltzsam, and Alfons Kemper Universität Passau Passau,
Eurostat Sharing data validation services Item 5.1 of the agenda.
1 TU BerlinDepartment Next Generation Networks FITeagle and MySlice Integration | UPMC | OpenLab Plugfest Stefan Harder, Mitja Nikolaus.
WP5 – Infrastructure Operations Test and Production Infrastructures StratusLab kick-off meeting June 2010, Orsay, France GRNET.
Technology Strategy Update
Introduction to Cloud Computing
Overview of System Engineering
Cloud Helps Company Scale to Demand for Growing Healthcare Provider Field MINI-CASE STUDY “Microsoft Azure gives us the opportunity to focus on the task.
Computing & Data Resources Application interface
"Cloud services" - what it is.
Smart Learning concepts to enhance SMART Universities in Africa
CS 8532: Advanced Software Engineering
ATIS’ Service Oriented Networks (SON) Activity
Cloud Computing: Concepts
Task Manager & Profile Interface
Presentation transcript:

User Driven Innovation in a technology driven project Anastasius Gavras Eurescom GmbH

How to integrate UDI and LL concepts?  Aim was to identify and specify requirements for integration of user driven innovation and living labs concepts into Panlab architecture and concept of federated testbeds  It looks like the ambition for seamless integration in technology testbeds is more challenging that originally anticipated  Integration proposals with Teagle have been made, however the results are limited  The supporting tool chain is not complete and it is anticipated that no solid solution can be achieved in the short term  We answer the questions: 1.What on UDI testing can be realized and how within existing Panlab architecture and PII project? 2.What can hardly be realized and why? 3.What could be realized in the near future and how? 2

What can be done today?  Deploy environments that include pre-subscribed test users  Demonstrated at FIA Ghent: “Testing enhanced Web TV services over mobile phones”  Focus on the deployment of a pre-configured subscriber database with test user subscriptions  Test user IDs are configuration parameters of the deployed resource  The “technical” Teagle does not host a test user database  Existing commercial services offer the capability to select a set of test users based on a specified profile (“human Teagle”)  Integration by interfacing an “export dataset” function of a user database with the configuration interface of the Panlab resource  At the technical level this is trivial, however not a holistic test project management solution.  Only one step of a UDI process  The collection of test user feedback is left to the system under test 3

What can be done today? – Special form  Panlab architecture offers the capability to the user (experimenter) to interact with the experimental environment during runtime  Federation Computing Interface (FCI)  A test end-user can indirectly cause changes in the experimental environment by interacting with the system under test  Depends on the service capabilities of the system under test and the service features that it offers to the test end-users  Transparent to the test end-user  Example use case: A social networking service (system under test) offers to its test end-users the feature to dynamically allocate storage for user generated content  Alters the behaviour and configuration of the experimental environment when the request for additional storage space from the system under test. 4

What can be realized in the near future and how?  The collection of test user feedback is left to the system under test  This means that the experimenter has to assure that his service is also collecting test user feedback.  E.g. in the Web TV use case the experimenter would have to probe the test users for feedback as part of the system under test functionality  From a technical point of view the collection of user feedback is similar to the collection of any other monitoring data  Current capabilities include deployment of monitoring functions as part of the virtual customer testbed (VCT)  What makes more sense is the integration of existing services  Uuser feedback survey toosl on the Internet  Commercial services for managing test users.  From the Panlab architecture point of view this integration does not pose research challenges and is a straight forward software engineering task 5

What can hardly be realized and why?  The available infrastructure and tools do not support the management of the complete process chain of UDI as an open process including the management of users, communities and related continuous interaction with them  The focus of the project in this context was not to deliver a tool for this purpose, but rather to illustrate ways on how the UDI open process could be used in the context of the Panlab federation  The given interpretation was to demonstrate haw UDI could be supported by technology testbeds and how technology could integrate seamlessly with UDI  Towards this ambition PII made first steps as the answers to the first and third question document 6

Thank you for your attention