1st Edition

Collective Intelligence in Computer-Based Collaboration

By John B. Smith Copyright 1994
264 Pages
by CRC Press

264 Pages
by CRC Press

Proposing a new paradigm for Computer Supported Cooperative Work (CSCW), this ground-breaking book presents a research agenda for developing and testing that paradigm. It constitutes the first attempt to outline a comprehensive model of collaboration that integrates the cognitive/conceptual and social dynamics of groups. The challenge faced by all groups engaged in intellectual work is, on the... Read more

Preface

Introduction

Constraints

Intelligence Amplification

Overview

Part I: Foundation Concepts

Collaboration as an Information Processing ActivityThree Scenarios

Model of Information Type and Flow

Issues for Research

Computer Support for Collaboration

Asynchronous Tools

Synchronous Tools

A Comprehensive System

Issues for Research

Cognitive Models and Architectures

General IPS Models and Architectures

Specialized IPS Models

Objection to Collective Intelligence

Summary

Part II: Building a Concept of Collective Intelligence

Collective Memory

Tangible Knowledge

Intangible Knowledge

Issues for Research

Collective Processing

Processor for Tangible Knowledge

Processor for Intangible Knowledge

Hybrid Processor

Issues for Research

Collective Strategy

Concept of Strategy

Individuals

Collaborative Groups

Issues for Research

Collective Awareness and Control

Awareness

Control

Issues for Research

Conclusion

References

Author Index

Subject Index

Biography

John B. Smith

"Smith comprehensively examines an idea called collective intelligence (CI) in the overall process of knowledge construction. The purpose of this book is to explore this idea, with an effort to build a framework for research and theory, as well as to point out real-world applications and potential pitfalls. This purpose is fulfilled....The best features of this book are its organizational fluency and easily understandable writing style....it stimulates the reader to follow further developments on the subject."
Computing Reviews