External Links

    Journal: AI EDAM

    Volume 9, Issue 5

    367 -- 385K. N. Brown, J. H. Sims Williams, Chris A. McMahon. Conceptual geometric reasoning by the manipulation of models based on prototypes
    387 -- 400Andrew Gelsey. Intelligent automated quality control for computational simulation
    401 -- 418Octavio Melchor-Lucero, Carlos Ferregut. Toward an expert system for damage assessment of structural concrete elements
    419 -- 426Ian Flood. Performing calculus operations on poorly understood engineering functions using neural networks
    427 -- 438David G. Ullman, Bruce D'Ambrosio. Taxonomy for classifying engineering decision problems and support systems

    Volume 9, Issue 4

    245 -- 246Ian F. C. Smith. Special Issue: Conflict management in design
    247 -- 258Vincent Oh, John Sharpe. Conflict management in an interdisciplinary design environment
    259 -- 267Mark Klein. Conflict management as part of an integrated exception handling approach
    269 -- 281Charles J. Petrie, Teresa A. Webster, Mark R. Cutkosky. Using Pareto optimality to coordinate distributed agents
    283 -- 297Daniel Kuokka, Larry Harada. Communication infrastructure for concurrent engineering
    299 -- 312Bertrum V. Dunskus, Dan L. Grecu, David C. Brown, Ilan Berker. Using Single Function Agents to investigate conflict
    313 -- 323Djamila Haroud, Sylvie Boulanger, Esther Gelle, Ian F. C. Smith. Management of conflict for preliminary engineering design tasks
    325 -- 336Dennis Bahler, Catherine Dupont, James Bowen. Mixed quantitative/qualitative method for evaluating compromise solutions to conflicts in collaborative design
    337 -- 351Rose Dieng. Conflict management in knowledge acquisition
    353 -- 366Frances M. T. Brazier, Pieter H. G. van Langen, Jan Treur. Modelling conflict management in design: An explicit approach

    Volume 9, Issue 3

    161 -- 182H. Shiva Kumar, C. S. Krishnamoorthy. A framework for case-based reasoning in engineering design
    183 -- 196R. Chen, Allen C. Ward. The RANGE family of propagation operations for intervals on simultaneous linear equations
    197 -- 210R. Chen, Allen C. Ward. The DOMAIN family of propagation operations for intervals on simultaneous linear equations
    211 -- 217R. Chen, Allen C. Ward. The SUFFICIENT-POINTS family of propagation operations for intervals on simultaneous linear equations
    219 -- 230Joseph G. D'Ambrosio, William P. Birmingham. Preference-directed design
    231 -- 242William W. Finch, Allen C. Ward. Generalized set-propagation operations over relations of more than three variables

    Volume 9, Issue 2

    67 -- 68William P. Birmingham, Allen C. Ward. Special Issue: What is Concurrent Engineering?
    69 -- 71Tetsuo Tomiyama. A Japanese view on concurrent engineering
    73 -- 87Carolyn C. Hayes, Harold C. Sun. Using a manufacturing constraint network to identify cost-critical areas of designs
    89 -- 99Susan Finger, Suresh Konda, Eswaran Subrahmanian. Concurrent design happens at the interfaces
    101 -- 124Feniosky Peña-Mora, Ram D. Sriram, Robert Logcher. Conflict mitigation system for collaborative engineering
    125 -- 133Michael P. Wellman. A computational market model for distributed configuration design
    135 -- 144Daniel Kuokka, Stanley Jefferson, Lee Barford, Felix Frayman. A parametric design assistant for concurrent engineering
    145 -- 158Yan Jin, Raymond E. Levitt, Tore R. Christiansen, John C. Kunz. The Virtual Design Team: Modeling organizational behavior of concurrent design teams
    159 -- 0. Special Issue on Machine Learning in Design

    Volume 9, Issue 1

    1 -- 11A. C. Butler, F. Sadeghi, S. S. Rao, Steven R. LeClair. Computer-aided design/engineering of bearing systems using the Dempster-Shafer theory
    13 -- 22Nabil A. Kartam, Ian Flood, Tanit Tongthong. Integrating knowledge-based systems and artificial neural networks for engineering
    23 -- 36David I. Schwartz, Stuart S. Chen. A constraint-based approach for qualitative matrix structural analysis
    37 -- 49Ian Flood, Kenneth Worley. An artificial neural network approach to discrete-event simulation
    51 -- 65Daniel Mittelstadt, Robert Paasch, Bruce D'Ambrosio. Application of a Bayesian network to integrated circuit tester diagnosis
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