Peer power Contents - IEEE Computer Society · Peer power • There are nearly ... Shift from...
Transcript of Peer power Contents - IEEE Computer Society · Peer power • There are nearly ... Shift from...
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COPS workshop. IEEE WETICE 2005.
14 June 2005
Is P2P the unique solution for Knowledge-rich collaboration working environments?
Isidro Laso [email protected]
New Working ENvironments Unit. DG Information SocietyEuropean Commission
Contents
• Peer economics.
• P2P IT technologies.
• Conclusions
Peer power
• There are nearly 1 billion people onlineworldwide – along with their shared knowledge,social contacts, online reputations, computingpower, and more.
• Mass cooperation is becoming economical(e.g: skype, ebay, weblogs, google,Procter&Gamble, etc)
• It is defining and new peer economy.
A new peer economy.
• A. Smith: Chainproduction
• D. Ricardo:Specialization
• Working in Groups. Among
peers.
• Collaboration: Seamless workto achieve common goals:cooperation + competition
XXI century
Shift from excellence at the point of production towards excellence ingoverning spatially dispersed networks of collaborating peers.
XX century
Peer production• A new pillar for production, in addition to the
firm and the market.• Based on the ubiquitous communication
technologies provided by Internet.• It is currently used to easily share commodities
such as information, knowledge and media.• Meeting ground and scheduling coordination
might allow new types of collaborativeproduction into physical goods (e.g. carsharing, etc)
Proceedings of the 14th IEEE International Workshops on Enabling Technologies: Infrastructure for Collaborative Enterprise (WETICE’05) 0-7695-2362-5/05 $20.00 © 2005 IEEE
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Peer Applications
• Problem solving by crowds, e.g.: InnoCentivenetwork.
• Digital content creation, e.g.: Linden Lab’ssecond life (virtual online world), blogs.
• Marketing, e.g.: LEGO group.
• Planning and forecast, e.g.: HP services division
• Collaborative open-source development, e.g.:Sugar-CRM.
Consequences
• Networks are becoming the locus of innovation.
• Firms are becoming much more porous anddecentralized.
• Ultimately, all this could point the way to afundamental change in the way people worktogether. BW June 20 2005.
Contents
• Peer economics.
• P2P IT technologies.
• Conclusions
Why P2P technologies?• The Net can connect, like no other medium, many
people with many others at the same time.• Current technologies: file-sharing, blogs, group edited
sites-wikis, social, are not scalable enough either realtime enabled as to fulfill users’ needs.
• We need P2P technologies that allow us to tap into amillion minds simultaneously. “If I can tap into amillion minds simultaneously, I may run into one that’suniquely prepared”, Alpheus Bingham, vice-president forEli Lilly’s e.Lilly research unit.
• E.g: innocentive, a network of 80,000 independent‘problem solvers’ who have already work for Boeing,DuPont and procter &Gamble (one third of 12 requestssolved successfully).
Interaction among peers. ITimplications
• A P2P middleware for collaboration amongpeers.
• Negotiation techniques among peers.
• P2P tech for synchronisation amongdistributed workspaces.
• Discovery of peers.
P2P middleware for collaborationamong peers
• A P2P middleware will abstract the complexity ofdistributed working environments, solvingproblems such as:– Scalability,
– Routing,
– Replication,
– Discovery of peers, resources and services,
– Management of shared control and data among peers.
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P2P. RTD challenges*
• Dynamic discovery of peers, resources andcollaboration@work services. Medium-termchallenge.
• Use of software agents, web services, relaynetworks, etc, to implement P2P systems forcollaboration@work with no central authority.Medium-term challenge.
• New privacy and secutity paradigm related to p2pconnectivity and IPv6 features within teams.Long-term challenge
* Described in the EU-ESA Collaboration@work Experts group 1st report
Next generation Collaborative working environments
• Mobility to allow work anywhere at anytime, thereby increasingproductivity. RTD challenge: Seamless connectivity
• Collaboration* to ensure the work with whoever owns the neededknowledge, thereby boosting productivity and creativity. RTDchallenge: Management of complexity
• Virtualization of the working environment to allow contextualizedservices, thereby increasing creativity. RTD challenge: Virtualization
• Augmentation of human capabilities with artefacts, therebyproductivity. RTD challenge: Robotics.
*. around a 50% of all companies’ activities are related to interactionbetween individuals and between them with the environment.
Goal: To orchestrate networks of spatiallydispersed workers, partners and customers
IT trends
• Utility-like services:– P2P technologies for discovery and management of peers:
software agents, relay networks.
– grid for number-crunching (imulation, finance and science)
– Other kind of utility-like services: seamless connectivity
• Wireless and sensor technologies (including adaptivecomputing): Internet of things, ad-hoc networks.
• Commodity-like software: Software as a Service,Semantic Web.
• Robotics: to augment human capabilities
Where IT trends meet RTDchallenges
VirtualizationSeamlessconnectivity
Management ofcomplexity
Wireless and sensortechnologies
Virtualizes the worldAllows mobility andinteraction with theenvironment
Gleans a connectedview of the realworld (nano-scale)
UtilityProvides access to the"virtualized" world
Provides "always on"connectivity. "Plug &Play"
Allows access to"virtualizedresources" required tohandle complexproblems (tera-scale)
Commoditization ofsoftware
Offers servicesabstracted from the"virtualized" world
Offers Software as aService. Facilitatecollaboration andapplicationintegration
Facilitate complexconfigurations andcompositions ofservices
-like services(P2P, grid)
Conclusion
• P2P technologies are the best solution for aPeer economy.
• P2P might not be the unique solution formanaging distributed working environmentsat global scale.
• However, P2P technologies are to be anessential component of any futureDistributed working environment.
SO 2.5.9 “Collaborative WorkingEnvironments”
6th EU Framework Programme for Research
Isidro Laso Ballesteros
IST Programme
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SO Collaborative WorkingEnvironments.
Goal To develop next generation collaborativeworking environments (NGCWE), thereby
– increasing creativity and
– boosting innovation and
– productivity.
NGCWE will enable seamless and naturalcollaboration amongst a diversity of agents(humans, machines-robots, etc).
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NGCWE will be:
• distributed,
• knowledge-rich and
• virtualized working environments.
Professional virtual communities and nomadicpersonal access to knowledge should besupported.
SO Collaborative Working Environments.Characteristics of NGCWE
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• NGCWE environments should providecollaboration services to make possible thedevelopment of worker centric, flexible, scalableand adaptable tools and applications.
SO Collaborative Working Environments.Objective
Collaborationservices
Collaborationenvironments
Collaborationtools
Applicationsfor collaboration
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Where are we positioned at?
P2PArchitecture
Distributed, scalability
Commodity-likesoftware
Wireless&
sensors
Utility-likeNetwork
Mov
ing
onto
war
dsT
heco
nver
genc
eof
End-to-end connectivity andsecurity (IP v6), QoS, Multicasting,
LSA, computing resources (DC, Grid)
Internet of ThingsMobility, LBS, context awareness
Seamless access to content & Knowledge.Plug&Play SOA
CSCW KMB
uild
ing
upon
the
next
gene
ratio
nof
WFMS
Collaboration @ work
P2PArchitecture
Distributed, scalability
P2PArchitecture
P2PArchitecture
Distributed, scalability
Commodity-likesoftware
Wireless&
sensors
Utility-likeNetwork
Mov
ing
onto
war
dsT
heco
nver
genc
eof
End-to-end connectivity andsecurity (IP v6), QoS, Multicasting,
LSA, computing resources (DC, Grid)
Internet of ThingsMobility, LBS, context awareness
Seamless access to content & Knowledge.Plug&Play SOA
Commodity-likesoftware
Wireless&
sensors
Utility-likeNetwork
Mov
ing
onto
war
dsT
heco
nver
genc
eof
Commodity-likesoftware
Wireless&
sensors
Utility-likeNetwork Commodity-like
softwareWireless
&sensors
Utility-likeNetwork
Mov
ing
onto
war
dsT
heco
nver
genc
eof
End-to-end connectivity andsecurity (IP v6), QoS, Multicasting,
LSA, computing resources (DC, Grid)
Internet of ThingsMobility, LBS, context awareness
Seamless access to content & Knowledge.Plug&Play SOA
CSCW KMB
uild
ing
upon
the
next
gene
ratio
nof
WFMSCSCW KM
Bui
ldin
gup
onth
ene
xtge
nera
tion
of
CSCW KMCSCW KMB
uild
ing
upon
the
next
gene
ratio
nof
WFMS
Collaboration @ workCollaboration @ workCollaboration @ work
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Research and developmentactivities on NGCWE
• Theoretical research: Collaborative Workingmethods
• Research and development on Core Services forcollaboration
• System integration into collaboration tools
• Development of complex applications
• Support for internationally agreed referencearchitecture for CWE
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Research and development activities on NextGeneration Collaboration Working Environments.
Medium-term and Long-term perspectives
• Medium-term activities (horizon 2010): within the
Strategic Objective 2.5.9 of the IST FP6.
• Transition activities: Part of the projects to be launch
during 2.5.9 IST FP6 Strategic Objective will ensure a
smooth transition towards FP7.
• Long-term activities (Horizon 2015): During FP7.
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Work to be done within SO 2.5.9
Validating Applications
Core (crucial) Services fordistributed collaboration at work
Tools for collaborative tasks
Three layered tasks following a systems approach:
Inno
vati
veco
necp
tsan
dm
etho
dsfo
rco
llabo
rati
vew
ork
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Middleware (SOA)
Groupidentification
Synchronization andPersistence of
Distributed workspaces
GroupTraceability
Group resourcesDiscovery and allocation.
Augmentedgroup
Presence
GroupManagement
Servicecomposition
Visualisation
COLLABORATION TOOLS
vDesign andengineering
eMedia eProfessionals eRural …
VALIDATING APPLICATIONS
Collaborative Work Environment providingcore collaboration services:
Digital representationof physical objectsGroup
Security
Environmentawareness
Semantic ModellingOf Groups
Sharingsupport
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1st Focal Layered task:Theoretical research (I)
• Methods and concepts to:– To reduce failures in diverse teams in particular
when the cultural diversity is high..
– To improve work practices in Collaborative WorkingEnvironments. (“Innovative workplace practices inmanufacturing accounted for as much as 89% of thegrowth in ‘multifactor productivity’, i.e. beyond ICTincreases”. San Francisco Fed, 2004)
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1st Focal Layered task:Theoretical research (II)
• Concepts: theory and logic; languages; notations;generic metaphors and models.
• Methods: structured approaches for workplacetransformation, matching a specific workplace tometaphors to models to technology.
• Core services: basic, generic services forimplementing transformed workplaces byenhancing available platforms. E.g.:synchronization, persistence, …
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1st Focal Layered task:Research and development on Services Components (III)• Research and development of service components for collaboration
to complement existing middleware and platforms, such as:– synchronisation and persistence of distributed group
workspaces;– discovery and allocation of group resources;– group identification, traceability and security;– management and interfacing between groups of physical
materials and digital representations;– and environment group awareness, with a special emphasis on
mobility.• This Services Components will deliver a high quality experience to
co-workers based on flexible management of services and should becustomizable to different communities, making use of different(mobile) devices.
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Middleware (SOA)
Groupidentification
Synchronization andPersistence of
Distributed workspaces
GroupTraceability
Group resourcesDiscovery and allocation.
Collaborative Work Environment providingcore collaboration services:
Digital representationof physical objectsGroup
Security
Environmentawareness
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2nd focal layered task:Research on tools for collaborative work
• Content-rich ICT endowed environments willrequire more sophisticated tools.
• Tools for managing groups of workers in complexworkplaces.
• Generic tools and services to support these moredemanding models.
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2nd focal layered task:Research on tools for collaborative work
• Bringing together core services into collaboration tools
• These tools will offer sophisticated services.
• Focus on:– Group management,
– Visualization services,
– Augmented group presence,
– Sharing support,
– Seamless interaction,
– Semantic modeling of complex groups of workers,
– Service composition.
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Middleware (SOA)
Groupidentification
Synchronization andPersistence of
Distributed workspaces
GroupTraceability
Group resourcesDiscovery and allocation.
Collaborative Work Environment providingcore collaboration services:
Digital representationof physical objectsGroup
Security
Environmentawareness
Augmentedgroup
Presence
GroupManagement
Servicecomposition
Visualisation
COLLABORATION TOOLS
Semantic ModellingOf Groups
Sharingsupport
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3nd focal layered task:Development of Complex applications (I)
• In ICT-rich domains mentioned in the text:– Collaborative design and engineering, in particular rapid
prototyping and simulation in the context of virtualmanufacturing;
– Collaboration in media/content production workers;
– Collaboration among e-Professionals;
– Collaboration with and among knowledge and informationworkers in remote and rural settings.
– e-Training for collaborative and remote workers (horizontal)
Innovative validating applications for collaborative work incontent-rich, mobile and fixed collaborative environments
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3nd focal layered task:Development of Complex applications (II)
• Cross domain fertilization domain would enrichthese applications
• These applications should leverage, whereappropriate, on experience from collaborativegames (disruptive approaches)
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Middleware (SOA)
Groupidentification
Synchronization andPersistence of
Distributed workspaces
GroupTraceability
Group resourcesDiscovery and allocation.
Augmentedgroup
Presence
GroupManagement
Servicecomposition
Visualisation
COLLABORATION TOOLS
vDesign andengineering
eMedia eProfessionals eRural …
VALIDATING APPLICATIONS
Collaborative Work Environment providingcore collaboration services:
Digital representationof physical objectsGroup
Security
Environmentawareness
Semantic ModellingOf Groups
Sharingsupport
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Other tasks (I)
• To promote joint research activities withnational programmes,
• To define future research agendas,
• To identify emerging topics and researchgroups world wide.
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Other tasks (II)
• To achieve internationally agreed referencearchitecture for collaborative work(guidelines), including core componentsproviding seamless collaboration.
• Through Collaboration with international researchand standardization activities.
• Build on international RTD activities in particularUSA, Canada, Korea and japan
• Linked to international standardisation activities,including W3C and IETF.
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S.O. 2.5.9 Instruments for layer
IP
IP
IPIP
Validating Applications
Core (crucial) Services for distributedcollaboration at work
Tools for collaborative tasks
STREP
STREP
STREP
STREP
STREP
CAs
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SO 2.5.9. Integrated Projects (I)SO 2.5.9. Integrated Projects (I)
• Budget: 70% (around �30 Mio)• Integrated, goal-oriented R&D:
– Cut across the 3 layered focal tasks, includingWork on:
• innovative concepts and methods,• core collaboration services,• tools for collaboration, AND• validation on testbeds and large demonstrators.
• Critical mass is required to have impact
IP
IP I
P
IP
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SO 2.5.9. Integrated ProjectsSO 2.5.9. Integrated Projects(II)(II)
• Generic Tasks:– Clustering and coordination ofactivities among the IPs in orderto achieve a common ‘upper layer’Collaborative Work Platform andto avoid overlapping in the development
of tools for collaborations.– To contribute to ERA activities with National and regional funding
agencies.
– To contribute to achieve internationally agreed reference architecture forcollaborative work by:
• Knowledge creation
• Workshops, committes, etc.
IP
IP I
P
IP
IP
IP
IP
IP
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SO 2.5.9. Integrated Projects (III)SO 2.5.9. Integrated Projects (III)
• The use of Experience and ApplicationResearch (EAR) approach is encouraged.
• EAR is defined by the ISTAG: they aredesigned for an early involvememnt of usersand to create links to structures, businessprocesses and workplace practices of theorganisations.
• Examples of EARs budget: 700,000 �
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SO 2.5.9. Integrated Projects (IV)SO 2.5.9. Integrated Projects (IV)
• EARs are expected in theICT-rich domains mentioned :
1. collaborative design and engineering, in particularrapid prototyping and simulation, virtualmanufacturing;
2. Media/content production,3. e-Professionals and4. knowledge and information workers in remote and
rural settings
IP
IP
IP
IP
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SO 2.5.9.SO 2.5.9. TargetedTargeted RTDRTDProjectsProjects
• Only in the 1st and 2nd layers.• Tasks:
– To explore emerging alternativesto pave the way for additionaltechnological advances in the field.– Disrupting approaches are encouraged. For example:
• Is there an alternative to Semantic web more adequate tocollaborative work?
• To investigate ICT-bio, ICT-cogno and ICT-nanoconvergence in the context of New Working Environments.
• To explore human robotics working environments.• To extrapolate collaborative games experience to
collaborative work
STREP
STREP STREP
STREPSTREP
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• Aim:– to promote and support the networking and
coordination of research and innovationactivities needed for European leadership inICT-enabled Collaborative WorkingEnvironments.
– To ensure that the work is consistent across IPsand STREPs.
SO 2.5.9.SO 2.5.9. CoCo--ordinationordination ActivitiesActivities
CA
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SO 2.5.9.SO 2.5.9. CoCo--ordinationordination ActivitiesActivitiesandand SpecificSpecific Support Actions (II)Support Actions (II)
• Tasks:– To promote joint research activities with
national programmes, to define future researchagendas or to identify emerging topics andresearch groups world-wide.
– Collaboration with international research andstandardisation activities to achieveinternationally agreed reference architecture forcollaborative work.
CA
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• Actions targeting SMEs developingcollaborative tools and application areencouraged (2nd and 3rd layers)
• Aim:– To achieve better interoperability of
complementary services and tools.
– To leverage on innovative SMEs.
SO 2.5.9.SO 2.5.9. SMEsSMEs
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• Aim:– To complement the ERA pilot project on CWE
launched in the call 3, namelyBRAINBRIDGES.
– strengthen and complement research carried outunder ESA, EUREKA and national initiatives.
– In particular, links to Eureka ITEA projectsrelated to Nomadic and Cyber-Enterprisedomain applications should be described toassess synergies and inter-dependencies in termsof timing and funding.
SO 2.5.9.SO 2.5.9. ERAERA activitiesactivities
Proceedings of the 14th IEEE International Workshops on Enabling Technologies: Infrastructure for Collaborative Enterprise (WETICE’05) 0-7695-2362-5/05 $20.00 © 2005 IEEE
17
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For More Information...For More Information...• Main source of information: www.amiatwork.com
Includes:– Workshops on CWE.– Collaboration @ Work Expert Group (CWEG):
• 1st Report on NGCWE vision and ICT challenges• 2nd Report on Applications scenarios for NGCWE
– Advisory group– Research papers and project results.
• Web Ring of CWE related projects . If you want to beincorporated to this web ring, please send an email to:
[email protected]• SO EC contact person: Isidro Laso-Ballesteros
Proceedings of the 14th IEEE International Workshops on Enabling Technologies: Infrastructure for Collaborative Enterprise (WETICE’05) 0-7695-2362-5/05 $20.00 © 2005 IEEE