Title: Virtual Teams and Infocosm: Challenges in Cooperative Information Systems
1Virtual Teams and InfocosmChallenges in
Cooperative Information Systems
Amit Sheth Large Scale Distributed Information
Systems Lab at the University of
Georgia http//lsdis.cs.uga.edu
2Infocosm
Knowledge
Cooperating Information Systems
Information Interoperablity
Data
Computing
Communication
3My personal viewReal challenges for the CoopIS
- Human involvement
- Semantics-level support by information systems
- Non-challenges
- System/infrastructure, syntax and structural
interoperability
4Enabling Infocosm
- a society whose members (organisms) can have
more effective decision making capability using
information that is available whenever needed, at
any place, and in (m)any form(s) Sheth 93 - a world where people will work, learn and play,
unconstrained by time, place and form Ferguson
95
5Information Heterogeneity Semantic
HeterogeneityStructural, Representational/Schemat
ic HeterogeneitySyntactic, Format Heterogeneity
Semantic Interoperability Structural
Interoperability Syntactic Interoperability System
Interoperability
System Heterogeneity Information System
HeterogeneityDigital Media Repository Management
Systems Database Management Systems,
(heterogeneity of DBMSs, data models, system
capabilities such as concurrency control and
recovery) Platform HeterogeneityOperating System
(heterogeneity of file system, naming, file
types, operation, transaction support,
IPC) Hardware/System (heterogeneity of
instruction set, data representation/coding)
Figure Heterogeneity in Information Systems
6Generation 1 concern So far (schematically),
yet so near (semantically)!
Generation 3 concern So near (schematically),
yet so far (semantically)!
7Building blocks for semantic interoperability
- Terminological transparency
- Context
- Media-independent information correlation
8Human involvement in coordination and
collaboration
- Coordination and collaboration alone are not
adequate-- cooperation often involves both - Not only workflow model, but organizational
model, and ability to involve humans in many
partially specified activities, and deal with
numerous exceptions - Satisfaction of humans
9Proceedings
NSF Workshop on Workflow and Process Automation
in Information Systems State-of-the-Art and
Future Directions
May 8-10, 1996 Georgia State Botanical
Gardens, Athens, Georgia
Sponsored by National Science Foundation Co-sponso
red by University of Georgia Research
Education Foundation
10Conceptual/Technical Outcome 4Work Activity
Coordination
- "Work Activity Coordination involves such
multidisciplinary research and goes beyond the
current thinking in contemporary workflow
management and Business Process Reengineering
(BPR). In particular, instead of perceiving
problems in prototypical terms such as the
information factory, white-collar work and
bureaucracy, we believe that this limited point
of view can be explained by a lack of synergy
between organizational science, methodologies,
and computer science. - Multidisciplinary research projects, based on
mutual respect and willingness to learn from
another discipline, can help to create a thriving
research community that builds upon the strengths
of different disciplines, such as ....''
11Coordination and Collaboration for Virtual Teams
Adaptive and integrated Work Coordination and
Collaboration
Collaboration models
Models for static workflows
Workflow system implementation
Collaboration system implementation
Higher-level infrastructure
Correctness/validation
O-O programming,Distributed computing
infrastructure and DBMSs
Formal models and languages for distributed
computing
Agent technology,O-O programming,Distributed
computing infrastructure and DBMSs
Formal models and languages for distributed
computing
Current Environment
Proposed Environment
12Cooperative Information Systems
Collaboration
Coordination
- Video Conferencing
- Whiteboarding
- Application sharing
Collective exploitation of complementary
technologies
InformationManagement