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ORCIDSIGART Bulletin, Volume 2
Volume 2, Number 1, January 1991
- David M. W. Powers:
Goals, Issues and Directions in Machine Learning of Natural Language and Ontology (Bibliography). SIGART Bull. 2(1): 101-114 (1991) - Costas Tsatsoulis:
A Review Of Artificial Intelligence In Simulation. 115-121
Volume 2, Number 2, April 1991
- Tom Murray, Beverly Park Woolf:
A Knowledge Acquisition Tool for Intelligent Computer Tutors. 9-21 - Rok Sosic, Jun Gu:
3000000 Queens in Less Than One Minute. 22-24
Volume 2, Number 3, June 1991
- James F. Allen:
The RHET System. 1-7 - Franz Baader, Bernhard Hollunder:
KRIS: Knowledge Representation and Inference System. 8-14 - Samuel Bayer, Marc B. Vilain:
The Relation-Based Knowledge Representation of King Kong. 15-21 - Toni Bollinger, Udo Pletat:
The LILOG Knowledge Representation System. 22-27 - Seng-cho Timothy Chou, Marianne Winslett:
The Implementation of a Model-based Belief Revision System. 28-34 - James M. Crawford, Benjamin Kuipers:
Algernon - A Tractable System for Knowledge-Representation. 35-44 - Brian R. Gaines:
Empirical Investigation of Knowledge Representation Servers: Design Issues and Applications Experience with KRS. 45-56 - Matthew L. Ginsberg:
The MVL Theorem Proving System. 57-60 - Nicola Guarino
:
A Concise Presentation if ITL. 61-69 - Alfred Kobsa:
First Experiences with the SB-ONE Knowledge Representation Workbench in Natural-Language Applications. 70-76 - Bryan M. Kramer, Vinay K. Chaudhri, Manolis Koubarakis, Thodoros Topaloglou, Huaiqing Wang, John Mylopoulos:
Implementing Telos. 77-83 - Douglas B. Lenat, Ramanathan V. Guha:
The Evolution of CycL, The Cyc Representation Language. 84-87 - Robert M. MacGregor:
Inside the LOOM Description Classifier. 88-92 - Eric Mays, Robert Dionne, Robert A. Weida:
K-Rep System Overview. 93-97 - David A. McAllester:
Socratic Sequent Systems. 98-100 - Robert Nado, Jeffrey Van Baalen, Richard Fikes:
JOSIE: An Integration of Specialized Representation and Reasoning Tools. 101-107 - Peter F. Patel-Schneider, Deborah L. McGuinness, Alexander Borgida:
The CLASSIC Knowledge Representation System: Guiding Principles and Implementation Rationale. 108-113 - Christof Peltason:
The BACK System - An Overview. 114-119 - Charles Rich:
CAKE: An Implemented Hybrid Knowledge Representation and Limited Reasoning System. 120-127 - Stuart C. Shapiro:
Case Studies of SNePS. 128-134 - Howard E. Shrobe:
Providing Paradigm Orientation without Implementational Handcuffs. 135-142 - Narinder Singh, Michael R. Genesereth:
Epikit: A Library of Subroutines Supporting Declarative Representations and Reasoning. 143-151
Volume 2, Number 4, August 1991
- Zhengxin Chen, Sam Al-Schamma:
Integrated Use of Expert Systems at the K-Tree Level. 6-11
- John E. Laird:
Preface for Special Section on Integrated Cognitive Architectures. 12-13 - Richard Alterman, Tamitha Carpenter, Roland Zito-Wolf:
An Architecture for Understanding in Planning, Action, and Learning. 14-19 - Scott D. Anderson, David M. Hart, Paul R. Cohen:
Two Ways to Act. 20-24 - Jim Antonisse, Harry Wechsler:
Integrating Perception, Action, and Learning. 25-28 - Michael Barbehenn, Seth Hutchinson:
An Integrated Architecture for Learning and Planning in Robotic Domains. 29-33 - Kenneth Basye:
A Decision-Theoretic Approach to Robotic Control Systems. 34-37 - Joseph Bates, A. Bryan Loyall, W. Scott Reilly:
Broad Agents. 38-40 - D. Paul Benjamin, Alec Cameron, Leo Dorst, Madeleine E. Rosar, Hsiang-Lung Wu:
Integrating Perception with Problem Solving. 41-45 - Rodney A. Brooks:
Integrated Systems Based on Behaviors. 46-50 - Jaime G. Carbonell, Oren Etzioni, Yolanda Gil, Robert Joseph, Craig A. Knoblock, Steven Minton, Manuela M. Veloso:
PRODIGY: An Integrated Architecture for Planning and Learning. 51-55 - Gregg Collins, Lawrence Birnbaum, Bruce Krulwich, Michael Freed:
Model-Based Integration of Planning and Learning. 56-60 - Mark Drummond, John L. Bresina, Smadar Kedar:
The Entropy Reduction Engine: Integrating Planning, Scheduling, and Control. 61-65 - Kenneth D. Forbus, Dedre Gentner:
Similarity-based Cognitive Architecture. 66-69 - Erann Gat:
Integrating Reaction and Planning in a Heterogeneous Asynchronous Architecture for Mobile Robot Navigation. 70-74 - Ashok K. Goel, Kurt P. Eiselt:
Mental Models, Text Interpretation, and Knowledge Acquisition. 75-78 - Barbara Hayes-Roth:
An Integrated Architecture for Intelligent Agents. 79-81 - Barbara Hayes-Roth:
Evaluation of Integrated Agent Architectures. 82-84 - Leslie Pack Kaelbling:
A Situated-Automata Approach to the Design of Embedded Agents. 85-88 - Deepak Kumar, Stuart C. Shapiro:
Architecture of an Intelligent Agent in SNePS. 89-92 - Daniel Kuokka:
MAX: A Meta-Reasoning Architecture for "X". 93-97 - John E. Laird, Michael Hucka, Scott B. Huffman, Paul S. Rosenbloom:
An Analysis of Soar as an Integrated Architecture. 98-103 - Pat Langley, Kathleen B. McKusick, John A. Allen, Wayne Iba, Kevin Thompson:
A Design for the Icarus Architecture. 104-109 - Lundy M. Lewis:
A Time-Ordered Architecture for Integrating Reflective and Deliberative Behavior. 110-114 - Pattie Maes:
The Agent Network Architecture (ANA). 115-120 - Ganesh Mani, Leonard Uhr:
Integrating Perception, Language-Handling, Learning and Planning in the CHILDLIKE System. 121-124 - Charles E. Martin, R. James Firby:
An Integrated Architecture for Planning and Learning. 125-129 - Maja J. Mataric:
Behavioral Synergy Without Explicit Integration. 130-133 - Steven Minton:
On Modularity in Integrated Architectures. 134-135 - Tom M. Mitchell:
Plan-Then-Compile Architectures. 136-139 - Gary H. Ogasawara:
A Distributed, Decision-Theoretic Control System for a Mobile Robot. 140-145 - Stuart J. Russell:
An Architecture for Bounded Rationality. 146-150 - Wei-Min Shen:
LIVE: An Architecture for Learning from the Environment. 151-155 - Reid G. Simmons:
Coordinating Planning, Perception, and Action for Mobile Robots. 156-159 - Richard S. Sutton:
Dyna, an Integrated Architecture for Learning, Planning, and Reacting. 160-163 - Steven A. Vere:
Organization of the Basic Agent. 164-168 - Cathleen Wharton, Walter Kintsch:
An Overview of the Construction-Integration Model: A Theory of Comprehension as a Foundation for a New Cognitive Architecture. 169-173 - Steven D. Whitehead:
A Framework for Integrating Perception, Action, and Trial-and-Error Learning. 174-178 - Jan M. Zytkow:
Integration of Knowledge and Method in Real-world Discovery. 179-184
Volume 2, Number 5, October 1991
- David D. Woods, Leila Johannesen, Scott S. Potter:
Human Interaction with Intelligent Systems: An Overview and Bibliography. 39-50
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