%A Harold Abelson
%T Lower Bounds on Information Transfer in Distributed Computations
%J Journal of the Association for Computing Machinery
%V 27
%N 2
%D April 1980
%P 384-392
%X Aargh!  Very mathematical treatment.
%L Abelson-1980

%A William B. Ackerman
%T Data Flow Languages
%J Computer (IEEE Magazine)
%V 15
%N 2
%D February 1982
%P 15-24
%X Very good summary of data flow, and changes made to
traditional languages to accomodate parallelism
[e.g. outlawing side-effects].
%L Ackerman-1982

%A Douglas E. Appelt
%T A Planner for Reasoning about Knowledge and Action
%J AAAI-80
%I The American Association for Artificial Intelligence
%C Stanford, California
%D August 1980
%P 131-133
%L Appelt-1980

%A Douglas E. Appelt
%T Planning natural language utterances to satisfy multiple goals
%B 259
%I SRI International, Menlo Park, California
%D 1982
%L Appelt-1982

%A Robert Axelrod
%T The Evolution of Cooperation
%I Basic Books, Inc.
%C New York
%D 1984
%L Axelrod-1984

%A Robert  Axelrod
%A William D. Hamilton
%T The Evolution of Cooperation
%J Science
%D March 1981
%P 1390-1396
%X Wonderful game-theory analysis of Prisoner's dilemma-
discussion of strategy's viability, stability and
robustness-TIT for TAT strategy; biology observations
at end of paper not that useful.
%L Axelrod-Hamilton-1981

%A Robert Balzer
%A Lee Erman
%A Philip London
%A Chuck Williams
%T HEARSAY-II: A Domain-Independent Framework for Expert Systems
%J Proceedings of the First Annual National Conference on AI
%D August 1980
%P 108-110
%K ai, distributed problem solving, hearsay
%L Balzer-Erman-London-Williams-1980

%A Jeffrey A. Barnett
%T DSN - Distributed sensor networks: working papers
%B ISI/WP-12
%I USC/Information Sciences Institute
%D April 1979
%L Barnett-1979

%A A. B. Baskin
%A Stephen C. Y. Lu
%A Robert E. Stepp
%T Cooperative Decision Making Using Multiple Knowlege Sources
%I preliminary proposal to USA CERL
%D December 20, 1985
%K ai, distributed problem solving, distributed problem solving
%L Baskin-Lu-Stepp-1985

%A Peter C.  Bates
%A Jack C. Wileden
%T {EDL}:  A basis for distributed system debugging tools
%J Proceedings of the Fifteenth Hawaii International Conference on System Science
%C Hawaii
%D January 1982
%P 86-93
%L Bates-Wileden-1982

%A Stephanie Cammarata
%A David McArthur
%A Randall Steeb
%T Strategies of cooperation in distributed problem solving
%J Proceedings of the Eighth International Joint Conference on Artificial Intelligence
%I The International Joint Conferences on Artificial Intelligence
%C Karlsruhe, West Germany
%D August 1983
%P 767-770
%L Cammarata-McArthur-Steeb-1983

%A B. Chandrasekaran
%T Natural and Social System Metaphors for Distributed Problem Solving:
Introduction to the Issue
%J IEEE Transactions on Systems, Man, and Cybernetics
%V SMC-11
%N 1
%D January 1981
%P 1-5
%K ai, distributed problem solving
%L Chandrasekaran-1981

%A Chee  Chong
%A Richard P. Wishner
%T Distributed Hypothesis Formation in {DSN}
%J Proceedings of DARPA Distributed Sensor Network Workshop
%I DARPA
%D 1982
%L Chong-Wishner-1982

%A Daniel D. Corkill
%T An Organizational Approach to Planning in Distributed
Problem Solving Systems
%B TR 80-13
%I Department of Computer and Information Science, University of Massachusetts
%C Amherst, Massachusetts
%D May 1980
%L Corkill-1980

%A Daniel D. Corkill
%T A Framework for Organizational Self-Design in Distributed
Problem-Solving Networks
%B PhD Thesis, Department of Computer and Information Science
%I University of Massachusetts
%C Amherst, Massachusetts
%D 1983
%L Corkill-1983

%A Daniel D.  Corkill
%A Victor R. Lesser
%A Eva Hudlicka
%T Unifying data and goal directed control:  An example and experiments
%J Proceedings of The National Conference on Artificial Intelligence
%I The American Association for Artificial Intelligence
%C Pittsburgh, Pennsylvania
%D August 1982
%P 143-147
%L Corkill-Lesser-Hudlicka-1982

%A Daniel D.  Corkill
%A Victor R. Lesser
%T A Goal-Directed Hearsay-II Architecture:
Unifying Data-Directed and Goal-Directed Control
%B TR 81-15
%I Department of Computer and Information Science, University of Massachusetts
%C Amherst, Massachusetts
%D June 1981
%L Corkill-Lesser-1981

%A Daniel D.  Corkill
%A Victor R. Lesser
%T The use of meta-level control for coordination
in a distributed problem solving network
%J IJCAI-83
%I The International Joint Conferences on Artificial Intelligence
%C Karlsruhe, West Germany
%D August 1983
%P 748-756
%L Corkill-Lesser-1983

%A Richard E. Cullingford
%T Integrating Knowledge Sources for Computer "Understanding" Tasks
%J IEEE Transactions on Systems, Man, and Cybernetics
%V SMC-11
%N 1
%D January 1981
%P 52-60
%K ai, distributed problem solving
%L Cullingford-1981

%A Randall Davis
%T A model for planning in a multi-agent environment:
steps toward principles for teamwork
%B Working Paper 217
%I Massachusetts Institute of Technology AI Laboratory
%D October 1981
%X Abstract principles of cooperation.
%L Davis-1981

%A Randall  Davis
%A Reid G. Smith
%T Negotiation as a Metaphor for Distributed Problem Solving
%B MIT A.I. Memo 624
%I Massachusetts Institute of Technology
%D May 1981
%X Overview of Contract Net
%L Davis-Smith-1981

%A Randall Davis
%A Reid G. Smith
%T Negotiation as a Metaphor for Distributed Problem Solving
%J Artificial Intelligence
%V 20
%N 1
%D 1983
%P 63-109
%K ai, distributed problem solving
%L Davis-Smith-1983

%A Edmund H. Durfee
%A Victor R. Lesser
%A Daniel D. Corkill
%T Coherent Cooperation Among Communicating Problem Solvers
%B 85-15
%I Department of Computer and Information Science, University of Massachusetts
%C Amherst, Massachusetts
%D April 1985
%L Durfee-Lesser-Corkill-1985

%A Edmund H. Durfee
%A Victor R. Lesser
%A Daniel D. Corkill
%T Increasing Coherence in a Distributed Problem Solving Network
%J IJCAI-85
%V 2
%I The International Joint Conferences on Artificial Intelligence
%C Los Angeles, California
%D August 1985
%P 1025-1030
%L Durfee-Lesser-Corkill-1985

%A L.W. Ericson
%T DPL-82: a language for distributed processing
%R CMU-CS-82-129
%I Carnegie Mellon U. Comp.Sci.Dept.
%D 1982
%L Ericson-1982

%A L. D. Erman
%A R. D. Fennell
%A V. R. Lesser
%A D. R. Reddy
%T System Organizations for Speech Understanding
%P 194-199
%K ai, distributed problem solving, speech
%L Erman-Fennell-Lesser-Reddy-unknown

%A Lee D. Erman
%A Victor R. Lesser
%T A Multi-Level Organization for Problem Solving Using Many, Diverse,
Cooperating Sources of Knowledge
%J IJCAI-75
%D 1975
%P 483-490
%K ai, distributed problem solving
%L Erman-Lesser-1975

%A J. A. Feldman
%T A distributed information processing model of visual memory
%B TR-52
%I University of Rochester
%D December
%D 1979
%L Feldman-December

%A Richard Fikes
%T A Commitment-Based Framework for Describing Informal Cooperative Work
%J Proceedings of the Cognitive Science Conference
%C Berkeley, California
%D August 1981
%L Fikes-1981

%A Mark S. Fox
%T An Organisational View of Distributed Systems
%J Proceedings of the International Conference on Cybernetics and Society
%I IEEE
%D 1979
%P 354-359
%K ai, distributed problem solving
%L Fox-1979

%A Mark S. Fox
%T An Organizational View of Distributed Systems
%J IEEE Transactions on Systems, Man, and Cybernetics
%V SMC-11
%N 1
%D January 1981
%P 70-80
%L Fox-1981

%A D. D. Gajski
%A D. A. Padua
%A D. J. Kuck
%A R. H. Kuhn
%T A Second Opinion on Data Flow Machines and Languages
%J Computer (IEEE Magazine)
%D 1982
%P 58-68
%L Gajski-Padua-Kuck-Kuhn-1982

%A Michael R. Genesereth
%A Matthew L. Ginsberg
%A Jeffrey S. Rosenschein
%T Cooperation without Communication
%B HPP Report 84-36
%I Heuristic Programming Project, Computer Science Department, Stanford University
%D 1984
%L Genesereth-Ginsberg-Rosenschein-1984

%A Michael Georgeff
%T Communication and Interaction in Multi-Agent Planning
%J AAAI-83
%I The American Association for Artificial Intelligence
%C Washington, D.C.
%D August 1983
%P 125-129
%L Georgeff-1983

%A Michael Georgeff
%T A Theory of Action for Multi-Agent Planning
%J AAAI-84
%I The American Association for Artificial Intelligence
%C Austin, Texas
%D August 1984
%P 121-125
%L Georgeff-1984

%A Ira P. Goldstein
%T Bargaining Between Goals
%B AI Working Paper 102
%I Massachusetts Institute of Technology Artificial Intelligence Laboratory
%D 1975
%L Goldstein-1975

%A Fernando Gomez
%A B. Chandrasekaran
%T Conceptual Structures for Knowledge Representation and Distribution
%J Proceedings of the International Conference on Cybernetics and Society
%I IEEE
%D 1979
%P 372-373
%K ai, distributed problem solving
%L Gomez-Chandrasekaran-1979

%A Fernando Gomez
%A B. Chandrasekaran
%T Knowledge Organisation and Distribution for Medical Diagnosis
%J IEEE Transactions on Systems, Man, and Cybernetics
%V SMC-11
%N 1
%D January 1981
%P 34-42
%L Gomez-Chandrasekaran-1981

%A R. L. Graham
%T Bounds on Multiprocessing Timing Anomalies
%J SIAM Journal of Applied Mathematics
%V 17
%N 2
%D March 1969
%P 416-429
%X This is the paper that re-directed our 'Utility of Meta-level
Effort' paper!  Very interesting multiprocessor scheduling results,
especially upper limits on 'worst schedule'.
%L Graham-1969

%A Robert H. Halstead\ Jr.
%T Multiple Processor Implementations of Message-Passing Systems
%I Massachusetts Institute of Technology
%D January 1978
%O Published by the M.I.T. Laboratory for Computer Science as
MIT/LCS/TR-198 ``QFUDGE and rubber band ideas for event distribution
strategies'' pp. 127-136
%L H.-1978

%A D. Helmbold
%A E. Mayr
%T Fast Scheduling Algorithms on Parallel Computers
%N STAN-CS-84-1025
%I Department of Computer Science, Stanford University
%D November 1984
%L Helmbold-Mayr-1984

%A Carl Hewitt
%T The APIARY network architecture for knowledgable systems
%J Proceedings of the 1980 LISP Conference
%C Stanford University
%D August 1980
%L Hewitt-1980

%A Carl Hewitt
%A Giuseppe Attardi
%A Henry Lieberman
%T Specifying and Proving Properties of Guardians for Distributed Systems
%J Proceedings of the International Symposium on Semantics of Concurrent Computation
%V 70
%I Springer-Verlag
%D July 1979
%P 316-336
%L Hewitt-Attardi-Lieberman-1979

%A C. E.  Hewitt
%A H. Baker
%T Laws for Communicating Parallel Processes
%B Working Paper 134
%I Massachusetts Institute of Technology AI Laboratory
%D December 1976
%O Also in Proceedings of IFIP-77, Toronto, August 1977
%L Hewitt-Baker-1976

%A C.  Hewitt
%A P. de Jong
%T Open Systems
%B MIT AI Memo 692
%I Massachusetts Institute of Technology
%D 1982
%L Hewitt-Jong-1982

%A Douglas R. Hofstadter
%T Metamagical themas--computer tournaments of the prisoner's
dilemma suggest how cooperation evolves
%J Scientific American
%V 248
%N 5
%D May 1983
%P 16-26
%L Hofstadter-1983

%A Douglas R. Hofstadter
%T Metamagical themas--the calculus of cooperation is tested
through a lottery
%J Scientific American
%V 248
%N 6
%D June 1983
%P 14-28
%L Hofstadter-1983

%A Michael N. Huhns
%A Larry M. Stephens
%A Ronald D. Bonnell
%T Control and Cooperation in Distributed Expert Systems
%J Proceedings of IEEE Southeastcon
%I IEEE
%D April 1983
%P 241-243
%K ai, distributed problem solving
%L Huhns-Stephens-Bonnell-1983

%A Kurt Konolige
%T A first-order formalization of knowledge and action for
a multi-agent planning system
%B Tech Note 232
%I SRI International, Menlo Park, California
%D December 1980
%L Konolige-1980

%A Kurt Konolige
%A Nils J. Nilsson
%T Multiple-agent Planning Systems
%J AAAI-80
%I The American Association for Artificial Intelligence
%C Stanford, California
%D August 1980
%P 138-142
%K ai, distributed problem solving
%L Konolige-Nilsson-1980

%A William A. Kornfeld
%T Using Parallel Processing for Problem Solving
%R AD-A084683
%I MIT
%D December 1979
%P 47
%K parallel processing, distributed computing, pattern-directed invocation, problem solving
%X Parallel processing as a conceptual aid in the design of programs for
problem solving applications is developed.  A pattern-directed
invocation language known as Ether is introduced.  Ether embodies two
notions in language design: activities and viewpoints.  Activities are
the basic parallel processing primitive.  Different goals of the
system can be pursued in parallel by placing them in separate
activities.  Language primitives are provided for manipulating running
activities.  Viewpoints are a generalization of context mechanisms and
serve as a device for representing multiple world models.  A number of
problem solving schemes are developed making use of viewpoints and
activities.
%L Kornfeld-1979

%A William A. Kornfeld
%T The Use of Parallelism to Implement a Heuristic Search
%J IJCAI-81
%I The International Joint Conferences on Artificial Intelligence
%C Vancouver, B.C., Canada
%D August 1981
%P 575-580
%O Also published as MIT AI Memo No. 627, March 1981.
%L Kornfeld-1981

%A William A. Kornfeld
%A Carl E. Hewitt
%T The Scientific Community Metaphor
%J IEEE Transactions on Systems, Man, and Cybernetics
%V SMC-11
%N 1
%D January 1981
%P 24-33
%K ai, distributed problem solving
%L Kornfeld-Hewitt-1981

%A P. E. Lauer
%A M. W. Shields
%T Cosy, an environment for development and analysis of concurrent
and distributed systems
%J Software Engineering Environments
%D 1981
%P 119-156
%L Lauer-Shields-1981

%A Douglas B. Lenat
%T Beings: Knowledge as Interacting Experts
%J IJCAI-75
%D September 1975
%P 126-133
%K ai, distributed problem solving
%L Lenat-1975

%A Victor R. Lesser
%A Daniel Corkill
%A J. Pavlin
%A L. Lefkowitz
%A Eva Hudlicka
%A R. Brooks
%A S. Reed
%T A high-level simulation testbed for cooperative distributed problem solving
%J Proceedings of the Third International Conference on Distributed Computer Systems
%D October 1982
%L Lesser-Corkill-Pavlin-Lefkowitz-Hudlicka-Brooks-Reed-1982

%A Victor R. Lesser
%A Daniel D. Corkill
%T Functionally-Accurate Cooperative Distributed Systems
%J Proceedings of the International Conference on Cybernetics and Society
%I IEEE
%D 1979
%P 346-353
%K ai, distributed problem solving
%L Lesser-Corkill-1979

%A Victor R.  Lesser
%A Daniel D. Corkill
%T Functionally-accurate, cooperative distributed systems
%J IEEE Transactions on Systems, Man, and Cybernetics
%V SMC-11
%N 1
%D January 1981
%P 81-96
%L Lesser-Corkill-1981

%A Victor R.  Lesser
%A Daniel D. Corkill
%T The Distributed Vehicle Monitoring Testbed:
A Tool for Investigating Distributed Problem Solving Networks
%J AI Magazine
%V 4
%N 3
%D Fall 1983
%P 15-33
%L Lesser-Corkill-1983

%A Victor R.  Lesser
%A Lee D. Erman
%T A retrospective view of the {Hearsay-II} architecture
%J Proceedings of the Fifth International Joint Conference on Artificial Intelligence
%I International Joint Conferences on Artificial Intelligence
%C Massachusetts Institute of Technology,  Cambridge, Massachusetts
%D August 1977
%P 790-800
%L Lesser-Erman-1977

%A Victor R.  Lesser
%A Lee D. Erman
%T Distributed Interpretation: A model and experiment
%J IEEE Transactions on Computers
%V C-29
%N 12
%D December
%D 1980
%P 1144-1163
%X Special issue on distributed processing.
%L Lesser-Erman-December

%A Ru-qian Lu
%T Expert Union: United Service of Distributed Expert Systems
%R 85-3
%I University of Minnesota-Duluth
%C Duluth, Minnesota
%D June, 1985
%X A scheme for connecting expert systems in a network called an
``expert union'' is described.  Consultation scheduling algorithms used to
select the appropriate expert(s) to solve problems are proposed, as
are strategies for resolving contradictions.
%L Lu-1985

%A Nancy A. Lynch
%A Michael J. Fischer
%T On describing the behavior and implementation of distributed systems
%J Theoretical Computer Science
%D 1981
%P 17-43
%L Lynch-Fischer-1981

%A David B. MacQueen
%T Models for distributed computing
%R Report
%I Artificial Intelligence, University of Edinburgh, Hope Park Square, Edinburgh, Scotland
%C Edinburgh
%L MacQueen-unknown

%A Thomas W. Malone
%A Richard E. Fikes
%A M. T. Howard
%T Enterprise: a market-like task scheduler for distributed
computing environments
%B Working Paper
%I Cognitive and Instructional Sciences Group, Xerox Palo Alto Research Center
%D October 1983
%L Malone-Fikes-Howard-1983

%A Thomas W. Malone
%T Organizing Information Processing Systems:
Parallels between Human Organizations and Computer Systems
%B Working Paper
%I Cognitive and Instructional Sciences Group, Xerox Palo Alto Research Center
%D April 1981
%O Revised August 1982.
%L Malone-1981

%A Thomas W. Malone
%T A Decentralized Method for Assigning Tasks to Processors
%B Research Memorandum
%I Cognitive and Instructional Sciences Group, Xerox Palo Alto Research Center
%D August 1982
%L Malone-1982

%A Udi Manber
%T A Distributed Implementation of Backtracking
%R TR588
%I University of Wisconsin-Madison Department of Computer Sciences
%D March 1985
%L Manber-1985

%A Ernst W. Mayr
%T Well Structured Parallel Programs Are Not Easier to Schedule
%B Report No. STAN-CS-81-880
%I Stanford University
%D September 1981
%L Mayr-1981

%A Dave McArthur
%A Randy Steeb
%A Stephanie Cammarata
%T A Framework for Distributed Problem Solving
%J AAAI-82
%I The American Association for Artificial Intelligence
%C Pittsburgh, Pennsylvania
%D August 1982
%P 181-184
%K ai, distributed problem solving
%L McArthur-Steeb-Cammarata-1982

%A J.L. McLelland
%A D.E Rumelhart
%T Toward a Distributed Model of Information Processing and Memory
%I unpublished manuscript - do not quote, Sept 10, 1983
%D SEPT            1983
%K AI, PARALLEL MODELS, LEARNING, EPISODIC VS SEMANTIC MEMORY
%L McLelland-Rumelhart-1983

%A Nils J. Nilsson
%T Research in Distributed Artificial Intelligence
%B SRI Research Proposal ECU 79-30
%I SRI International, Menlo Park, California
%D April 1979
%O Part One--Technical Proposal
%L Nilsson-1979

%A Chuck Rieger
%A Steve Small
%T Toward a Theory of Distributed Word Expert Natural Language Parsing
%J IEEE Transactions on Systems, Man, and Cybernetics
%V SMC-11
%N 1
%D January 1981
%P 43-51
%K ai, distributed problem solving
%L Rieger-Small-1981

%A Jeffrey S. Rosenschein
%T Synchronisation of Multi-Agent Plans
%J AAAI-82
%I The American Association for Artificial Intelligence
%C Pittsburgh, Pennsylvania
%D August 1982
%P 115-119
%K ai, distributed problem solving
%L Rosenschein-1982

%A Jeffrey S. Rosenschein
%T Rational Interaction:  Cooperation Among Intelligent Agents
%B STAN-CS-85-1081 (KSL-85-40)
%I Stanford University
%D 1985
%L Rosenschein-1985

%A Jeffrey S.  Rosenschein
%A Michael R. Genesereth
%T Communication and Cooperation
%B HPP Report 84-5
%I Heuristic Programming Project, Computer Science Department, Stanford University
%D 1984
%L Rosenschein-Genesereth-1984

%A Jeffrey S.  Rosenschein
%A Michael R. Genesereth
%T Deals Among Rational Agents
%J IJCAI-85
%I The International Joint Conferences on Artificial Intelligence
%C Los Angeles, California
%D August 1985
%P 91-99
%O Also published as HPP Report 84-44,
``Heuristic Programming Project'', Computer Science Department,
Stanford University, December 1984
%L Rosenschein-Genesereth-1985

%A Jeffrey S.  Rosenschein
%A Vineet Singh
%T The Utility of Meta-level Effort
%B Report No. HPP-83-20
%I Heuristic Programming Project, Computer Science Department, Stanford University
%D 1983
%X Attempted AAAI-83 paper.
%L Rosenschein-Singh-1983

%A Andrea Maggiolo-Schettini
%A Horst Wedde
%A Jozef Winkowski
%T Modeling a solution for a control problem in distributed systems
by restrictions
%J Theoretical Computer Science
%D 1981
%P 61-83
%L Schettini-Wedde-Winkowski-1981

%A Richard L. Schwartz
%A P. M. Melliar-Smith
%T Temporal logic specification of distributed systems
%J Proceedings of the Second International Conference on Distributed Systems
%D January 1981
%P 1-9
%L Schwartz-Smith-1981

%A Vineet Singh
%A Michael R. Genesereth
%T A Variable Supply Model for Distributing Deductions
%J Proceedings of the Ninth International Joint Conference on Artificial Intelligence
%I The International Joint Conferences on ArtificialIntelligence
%C Los Angeles, California
%D August 1985
%P 39-45
%L Singh-Genesereth-1985

%A Vineet  Singh
%A Michael R. Genesereth
%T A Variable Supply Model for Distributing Deductions
%B HPP-84-14
%I Heuristic Programming Project, Computer Science Department, Stanford University
%D May 1984
%L Singh-Genesereth-1984

%A Michel Sintzoff
%T Principles for distributing programs
%C Brussels
%P 337-347
%L Sintzoff-unknown

%A S. L. Small
%T Demon Timeouts:  Limiting the Life Span of Spontaneous
Computations in Cognitive Models
%J Third Conference, Cognitive Science Society
%I Cognitive Science Society
%C Berkeley, California
%D August 1981
%L Small-1981

%A Reid G. Smith
%T Applications of the contract net:  Search
%J Proceedings of the Third CSCSI Conference
%I CSCSI
%D May 1980
%L Smith-1980

%A Reid G. Smith
%T The Contract Net Protocol:  High-Level Communication
and Control in a Distributed Problem Solver
%J IEEE Transactions on Computers
%V C-29
%N 12
%D December 1980
%P 1104-1113
%L Smith-1980

%A Reid G. Smith
%T Report on the 1984 Distributed {AI} Workshop
%J The AI Magazine
%V VI
%N 3
%D Fall 1985
%P 234-243
%L Smith-1985

%A Reid G.  Smith
%A Randall Davis
%T Applications of the Contract Net Framework: Distributed Sensing
%J Distributed Sensor Nets:  Proceedings of a Workshop
%C Carnegie-Mellon University, Pittsburgh, Pennsylvania
%D December 1978
%L Smith-Davis-1978

%A Reid G.  Smith
%A Randall Davis
%T Distributed Problem Solving: The Contract Net Approach
%J Proceedings of the 2nd National Conference of the Canadian Society for Computational Studies of Intelligence
%I The Canadian Society for Computational Studies of Intelligence
%C Toronto, Canada
%D July 1978
%L Smith-Davis-1978

%A Reid G. Smith
%A Randall Davis
%T Frameworks for Cooperation in Distributed Problem Solving
%J IEEE Transactions on Systems, Man, and Cybernetics
%V SMC-11
%N 1
%D January 1981
%P 61-70
%K ai, distributed problem solving
%L Smith-Davis-1981

%A R.  Steeb
%A S.  Cammarata
%A F.  Hayes-Roth
%A R. Wesson
%T Distributed intelligence for air fleet control
%B WD-839-ARPA
%I The Rand Corporation
%D December
%D 1980
%L Steeb-Cammarata-Roth-Wesson-December

%A Christopher Stuart
%T An Implementation of a Multi-Agent Plan Synchronizer
%J Proceedings of the Ninth International Joint Conference on Artificial Intelligence
%I The International Joint Conferences on ArtificialIntelligence
%C Los Angeles, California
%D August 1985
%P 1031-1033
%L Stuart-1985

%A Robert R. Tenney
%A Nils R. Sandell
%T Structures for Distributed Decisionmaking
%J IEEE Transactions on Systems, Man, and Cybernetics
%V SMC-11
%N 8
%D January 1981
%P 517-538
%L Tenney-Sandell-1981

%A P. Thorndyke
%A D. McArthur
%A S. Cammarata
%T Autopilot: A distributed planner for air fleet control
%J Proceedings of the Seventh International Joint Conference on Artificial Intelligence
%I The International Joint Conferences on Artificial Intelligence
%C Vancouver, B.~C., Canada
%D August 1981
%P 171-177
%L Thorndyke-McArthur-Cammarata-1981

%A Omri Viner
%T Distributed constraint propagation
%R Report
%I Weizmann Institute of Science
%C Rehovot, Israel
%D December 1984
%L Viner-1984

%A David Waltz
%A Gerald F. DeJong
%A R. Chien
%A A. Segre
%T An Expert Distributed Robotics System With Comprehension and
Learning Abilities in the Aircraft Flight Domain
%R CSL T-123
%I Coordinated Science Lab.
%C Urbana, IL 61801
%D Feb. 83
%K expert systems, understanding, learning, natural language
%L Waltz-DeJong-Chien-Segre-83

%A R. Wesson
%A F. Hayes-Roth
%A J. Burge
%A C. Stasz
%A C. Sunshine
%T Network Structures for Distributed Situation Assessment
%N R-2560-ARPA
%I The Rand Corporation
%D August 1980
%L Wesson-Roth-Burge-Stasz-Sunshine-1980

%A Robert B. Wesson
%A Frederick Hayes-Roth
%T A Network Simulation for Distributed Situation Assessment
%J Proceedings of the International Conference on Cybernetics and Society
%I IEEE
%D 1979
%P 360-365
%K ai, distributed problem solving
%L Wesson-Roth-1979

%A Robert Wesson
%A Frederick Hayes-Roth
%A John W. Burge
%A Cathleen Stasz
%A Carl A. Sunshine
%T Network Structures for Distributed Situation Assessment
%J IEEE Transactions on Systems, Man, and Cybernetics
%V SMC-11
%N 1
%D January 1981
%P 5-23
%L Wesson-Roth-Burge-Stasz-Sunshine-1981

%A J. D. Yang
%A M. N. Huhns
%A L. M. Stephens
%T An Architecture for Control and Communications
in Distributed Artificial Intelligence Systems
%J IEEE Transactions on Systems, Man and Cybernetics
%V SMC-15
%N 3
%D May/June 1985
%P 316-326
%K PSC logic design, distributed problem solving,
distributed problem solving, ai
%X gives an application of the proposed architecture to logic design
%L Yang-Huhns-Stephens-1985

%A Reid G. Smith
%T Applications of the contract net:  Search
%J Proceedings of the Third CSCSI Conference
%I CSCSI
%D May 1980
%L Smith-1980

%A Mark S. Fox
%T An Organizational View of Distributed Systems
%J IEEE Proceedings of International Conference on Cybernetics and Society
%D 1979
%P 354-359
%K ai, dps, organizations
%L Fox-1979

%A Jeffrey S. Rosenschein
%T Synchronization of Multi-Agent Plans
%J AAAI-82
%D 1982
%P 115
%K ai, dps, multi-agent
%L Rosenschein-1982

%A Carl Hewitt
%A Peter Bishop
%A Richard Steiger
%T A Universal ACTOR Formalism for Artificial Intelligence
%J IJCAI-73
%D 1973
%P 235-245
%K ai, actors, object oriented, message passing
%L Hewitt-Bishop-Steiger-1973

%A Naseem A. Khan
%A Ramesh Jain
%T Uncertainty Management in a Distributed Knowledge Based System
%J IJCAI-85
%V 1
%D 1985
%P 318-320
%K ai, dps, uncertainty
%L Khan-Jain-1985

%A Stephen F. Smith
%A Peng Si Ow
%T The Use of Multiple Problem Decompositions
in Time Constrained Planning Tasks
%J IJCAI-85
%V 2
%D 1985
%P 1013-1015
%K ai, dps, problem decomposition, planning
%L SMith-Ow-1985

%A Reid G. Smith
%T A Framework for Distributed Problem Solving
%J IJCAI-79
%D 1979
%P 836-841
%K ai, dps
%L Smith-1979

%A Victor R. Lesser
%A Daniel D. Corkill
%T The Application of Artificial Intelligence Techniques to
Cooperative Distributed Processing
%J IJCAI-79
%D 1979
%P 537-540
%K ai, dps
%L Lesser-Corkill-1979

%A Daniel D. Corkill
%T Hierachical Planning in a Distributed Environment
%J IJCAI-79
%D 1979
%P 168-175
%K ai, dps, hierarchical planning
%L Corkill-1979

%A Michael J. Flynn
%A John L. Hennessy
%T Parallelism and Representation Problems in Distributed Systems
%J IEEE Transactions on Computers
%V C-29
%D December 1980
%P 1080-1086
%K ai, dps, representation
%L Flynn-Hennessy-1980

%A Tom Henderson
%A Chuck Hansen
%A Bir Bhanu
%T A Framework for Distributed Sensing and Control
%J IJCAI-85
%V 2
%D 1985
%P 1106-1109
%K ai, dps, sensing, control
%L Henderson-Hansen-Bhanu-1985

%A Alberto Elfes
%A Sarosh N. Talukdar
%T A Distributed Control System for the CMU Rover
%J IJCAI-83
%V 2
%D 1983
%P 830-833
%K ai, dps, robotics, rover, control
%L Elfes-Talukdar-1983

%A Stephanie Cammarata
%A David McArthur
%A Randall Steeb
%T Strategies of Cooperation in Distributed Problem Solving
%J IJCAI-83
%V 2
%D 1983
%P 767-770
%K ai, dps
%L Cammarata-McArthur-Steeb-1983

%A Chuck Rieger
%A Randy Trigg
%A Bob Bane
%T ZMOB: A New Computing Engine for AI
%J IJCAI-81
%V 2
%D 1981
%P 955-960
%K ai, dps, hardware, multiprocessor, lisp
%L Rieger-Trigg-Bane-1981

%A David Elliot Shaw
%T NON-VON: A Parallel Machine Architecture for Knowledge-Based
Information Processing
%J IJCAI-81
%V 2
%D 1981
%P 961-963
%K ai, dps, parallel hardware
%L Shaw-1981

%A Shigeo Sugimoto
%A Koichi Tabata
%A Kiyoshi Agusa
%A Yutaka Ohno
%T Concurrent Lisp on a Multi-Micro-Processor System
%J IJCAI-81
%V 2
%D 1981
%P 949-954
%K ai, dps, parallel hardware, lisp
%L Sugimoto-Tabata-Agusa-Ohno-1981

%A V. R. Lesser
%A S. Reed
%A J. Pavlin
%T Quantifying and Simulating the Behaviour of Knowledge-Based
Interpretation Systems
%J ?
%V ?
%D ?
%P 111-115
%K ai, dps, simulation, performance assessment
%L Lesser-Reed-Pavlin-D ?

%A J. Pearl
%T Reverend Bayes on Inference Engines: A Distributed Hierarchical Approach
%J AAAI-82
%D 1982
%P 133-136
%K ai, dps, certainty propagation, beliefs, bayes rule
%L Pearl-1982

%A Reid G. Smith
%A Randall Davis
%T Cooperation in Distributed Problem Solving
%J IEEE Proceedings of the International Conference on Cybernetics and Society
%D 1979
%P 366-371
%K ai, dps, contract net, task and result sharing
%L Smith-Davis-1979

%A William A. Kornfeld
%T ETHER -- A Parallel Problem Solving System
%J IJCAI-79
%V 1
%D 1979
%P 490-492
%K ai, dps, ether
%L Kornfeld-1979

%A Vineet Singh
%T Distributing Deductions to Multiple Processors
%B PhD Thesis, Stanford University
%D December 1985
%K ai, dps
%L Singh-1985

%A Edmund H. Durfee
%A Daniel D. Corkill
%A Victor R. Lesser
%T Distributing a Distributed Problem Solving Network Simulator
%J Proceedings of the Fifth Real-time Systems Symposium
%D December 1984
%P 237-246
%K ai, dps, simulator
%L Durfee-Corkill-Lesser-1984

%A Joseph Y. Halpern
%A Yoram Moses
%T Knowledge and Common Knowledge in a Distributed Environment
%J Proceedings of the 3rd ACM Conference on Principles of Distributed Computing
%K ai, dps, knowledge
%L Halpern-Moses-unknown

%A R. S. Brooks
%A V. R. Lesser
%T Distributed Problem Solving using Iterative Refinement
%B TR 79-14, Dept of CIS, University of Massachusetts
%C Amherst, Massachusetts
%D May 1979
%K ai, dps, iterative refinement

%A R. D. Fennell
%A V. R. Lesser
%T Parallelism in AI Problem-Solving: A Case Study of Hearsay-II
%J IEEE Transactions on Computers
%V C-26
%D February 1977
%P 98-111
%K ai, dps, parallelism, speech understanding, hearsay-II

%A R. D. Fennell
%A V. R. Lesser
%T Parallelism in AI Problem-Solving: A Case Study of Hearsay-II
%J IEEE Transactions on Computers
%V C-26 (2)
%D February 1977
%P 98-111
%K ai, dps, parallelism, speech understanding, hearsay-II

%A C. Hewitt
%T Viewing Control Structures as Patterns of Passing Messages
%J Artificial Intelligence
%V 8 (3)
%D Fall 1977
%P 323-364
%K ai, dps, message-passing, control structures, object-oriented

%A C. Hewitt
%A P. Bishop
%A R. Steiger
%T The Democratic Ethos, or ...
%J SIGPLAN-SIGOPS Interface Meeting
%D April 1973

%A C. Hewitt
%A P. Bishop
%A R. Steiger
%T The Democratic Ethos, or ...
%J SIGPLAN-SIGOPS Interface Meeting
%C Savannah, Georgia
%D April 1973

%A M. Minsky
%T K-Lines: A Theory of Memory
%J Cognitive Science
%V 4 (2)
%D 1980
%P 117-133
%K ai, cognitive science, memory, k-lines, society of minds

%A R. G. Smith
%T A Framework for Problem Solving in a Distributed Processing Environment
%B STAN-CS-78-700, CS Dept, Stanford University
%D December 1978
%K ai, dps
%O also available as HPP-78-28

%A D. C. Swinehart
%T A Multiple Process Approach to Interactive Programming Systems
%B PhD Thesis, CS Dept, Stanford University
%D 1973

%A R. R. Tenney
%T Distributed Decision Making using a Distributed Model
%B PhD Thesis, Report CIDS-TH-938, MIT
%D September 1979
%K ai, dps, decision making

%A J. D. Yang
%A M. N. Huhns
%A L. M. Stephens
%T Dynamic Planning for the Control of Distributed Problem Solving
%B Report 83-0, Dept of ECE, University of North Carolina
%D June 1983
%K ai, dps, planning, control, dynamic

%A J. D. Yang
%T An Architecture for Control and Communications in Distributed
Artificial Intelligence Systems
%B PhD Thesis, Dept of ECE, University of South Carolina
%D December 1983
%K ai, dps, control, communication

%A J. D. Yang
%A M. N. Huhns
%A L. M. Stephens
%T Dynamic Planning for the Control of Distributed Problem Solving
%B Report 83-10, Dept of ECE, University of South Carolina
%D June 1983
%K ai, dps, planning, control, dynamic

%A R. Davis
%A D. Brotsky
%A J. Zinnikas
%T Teamwork in Multi-Agent Planning;
Distributed AI as an Approach to Complexity
%J Report of the Second Workshop on Distributed AI
%D June 1981
%P 15-16
%K ai, dps, complexity

%A E. Sacerdoti
%T What Language Understanding Research Suggests About Distributed
Artificial Intelligence
%J Proceedings of the Distributed Sensor Nets Workshop
%I CMU
%D 1978
%P 8-11
%K ai, dps, natural language

%A F. Hayes-Roth
%A R, Wesson
%T Distributed Intelligence for Situation Assessment
%J Proceedings of the Dsitributed Sensor Nets Workshop
%D December 1978
%P 41-52
%K ai, dps, situation assessment

%A F. Hayes-Roth
%A R. Wesson
%T Distributed Intelligence for Situation Assessment
%J Proceedings of the Distributed Sensor Nets Workshop
%I CMU
%D December 1978
%P 41-52
%K ai, dps, situation assessment

%A R. G. Smith
%T A Framework for Problem Solving in a Distributed Processing Environment
%I UMI Press
%D 1981
%K ai, dps

%A S. Kahne
%A I. Lefkowitz
%A C. Rose
%T Automatic Control by Distributed Intelligence
%J Scientific American
%V 240 (6)
%D June 1979
%P 78-90
%K ai, dps, control

%A M. Minksy
%T The Society Theory of Thinking
%B Artificial Intelligence: An MIT Perspective
%I MIT Press
%D 1979
%K ai, cognitive science, dps, society of minds