|
Bourne D, Navin chandra D and Ramaswamy R, 1989. “Relative tolerances and kinematic behaviour” In: Gero J, editer, Al in Design, Computational Mechanics.
Google Scholar
|
|
Brown DC, and Chandrasekaran B, 1984. “Expert Systems for a class of mechanical design activity” In: Proceedings of IFIP W. G. 5.2 Working Conference on Knowledge Engineering in Computer-Aided Design,Budapest, Hungary.
Google Scholar
|
|
Brown DC and Chandrasekaran B, 1986. “Expert Systems for a class of mechanical design activity” In: D Sriram and B Adey, editors, Proceedings of the First International Conference on Al applications in Engineering,Computational Mechanics.
Google Scholar
|
|
Carbonnell JG, 1983. “Learning by analogy: Formulating and generalizing plans from past experience” In: Michalski RS, Carbonell JG and Mitchell TM, editors, Machine Learning: An Artificial Intelligence Approach, Tioga Press.
Google Scholar
|
|
Carbonnell JG, 1983b. “Deprivational analogy and its role in problem solving” In: Proceedings of AAAI-83, pp 64–69.
Google Scholar
|
|
Carbonnell JG, 1986. “Deprivational analogy: A theory of reconstructive problem solving and expertise acquisition” In: Michalski RS, Carbonell JG and Mitchell TM, editors, Machine Learning: An Artificial Intelligence Approach Vol 2, Morgan Kaufman.
Google Scholar
|
|
Dixon JR, 1985. Design Engineering: Inventiveness, Analysis and Decision MakingMcGraw Hill.
Google Scholar
|
|
Dixon JR, 1988. “Designing with features: Building manufacturing knowledge into more intelligent CAD Systems” In: Proceedings of ASME Manufacturing lnternational-88Atlanta GA, 04 17–20.
Google Scholar
|
|
Dyer MG, Flowers M and Hodges J, 1986. “EDISON: An Engineering Design Invention System Operating Naively” In: Proceedings of the First International Conference on Applications of Al to Engineering.
Google Scholar
|
|
Evans TG. “A program for the solution of a class of geometric analogy intelligence test questions” In: Minsky M, editor, Semantic Information ProcessingMIT Press.
Google Scholar
|
|
Faltings B, 1989. “Qualitative kinematics in mechanisms” Artificial Intelligence (accepted).
Google Scholar
|
|
Fikes RE, 1969. REF-ARF: A System For Solving Problems Related as Procedures Technical Report, Technical Note 14, Stanford Research Institute.
Google Scholar
|
|
Fikes RE and Nilsson NJ, 1971. “STRIPS: A new approach to the application of theorem proving to problem solving” Artificial Intelligence2189–208.
Google Scholar
|
|
Fox MS, 1983. Constraint Directed Search: A case of Job Shop Scheduling PhD thesis, Carnegic-Mellon University.
Google Scholar
|
|
Gentner D, 1983. “Structure mapping: A theoretical framework for analogy” Cognitive Science 7.
Google Scholar
|
|
Gentner D and Landers R, 1985. “Analogical reminding: A good match is hard to find” In: Proceedings of the International Conference on Systems, Mon and Cybernetics pp 607–613, Tucson, AZ.
Google Scholar
|
|
Gentner D and Toupin C, 1986. “Systematicity and surface similarity in the development of analogy” Cognitive Science10277–300.
Google Scholar
|
|
Gero J, 1987. Seminar at Carnegie Mellon University.
Google Scholar
|
|
Gero J, 1990. “Design prototypes: A knowledge representation schema for design” AI Magazine11(4) 26–36.
Google Scholar
|
|
Goel AK, 1989. Integration of Case-Based Reasoning and Model-Based Reasoning for Adaptive Design Problem Solving PhD thesis, Ohio State University
Google Scholar
|
|
Goel AK, Kolodner JL, Pearce M, Billington R and Zimring C, 1991. “Towards a case-based tool for aiding conceptual design problem solving” In: Proceedings of the 1991 DARPA workshop on Case Based Reasoning, pp 109–120.
Google Scholar
|
|
Gordon WJ, 1961. Synectics: The development of Creative CapacityHarper & Row.
Google Scholar
|
|
Gross MD, 1986, Design as Exploring Constraints PhD thesis, MIT.
Google Scholar
|
|
Guilford JP, 1959. “Creativity” American Psychologist (5) 444–454.
Google Scholar
|
|
Hammond KJ, 1986. “CHEF: A model of case-based planning” In: Proceedings of AAAI-86 pp 267–271, Philadelphia, PA.
Google Scholar
|
|
Holland JH, 1975. Adaptation in natural and artificial SystemsUniversity of Michigan Press.
Google Scholar
|
|
Holyoak KJ and Koh K, 1987. “Surface and structural similarity in analogical transfer” Memory and Cognition15332–340.
Google Scholar
|
|
Huhns MH, and Acosta RD, 1987. Argo: An Analogical Reasoning System for Solving Design Problems, Technical Report AI/CAD-092–87, Microelectronic and Computer Technology Corporation.
Google Scholar
|
|
Jevons WS, 1892. The Principles of ScienceMcMillan.
Google Scholar
|
|
Joskowicz L and Addanki S, 1988. “From kinematics to shape: An approach to innovative design”, In: Proceedings of the Seventh National Conference on Artificial Intelligence pp. 347–352.
Google Scholar
|
|
Kass AM and Leake DB, 1988. “Case-based reasoning applied to constructing explanations” In Proceedings of the DARPA Workshop on Case-based Reasoning pp 190–208.
Google Scholar
|
|
Kedar-Cabelli ST, 1985a. Analogy—From a unified perspective Technical Report ML-TR-3, Department of Computer Science, Rutgers University.
Google Scholar
|
|
Kedar-Cabelli ST, 1985b. “Purpose-directed analogy” In: Proceedings of the Cognitive Science Society Conference.
Google Scholar
|
|
Kedar-Cabelli ST, 1985c. Analogy—From a unified perspective Technical Report ML-TR-3, Rutgers University.
Google Scholar
|
|
Kling RE, 1971. “A paradigm for reasoning by analogy” Artificial Intelligence2(2).
Google Scholar
|
|
Koestler A, 1984. The act of creationMcMillan.
Google Scholar
|
|
Kolodner JL, 1980. Retrieval and organizational strategies in conceptual memory: A computer model PhD thesis, Yale University.
Google Scholar
|
|
Kolodner JL, 1981. “Organization and retrieval in a conceptual memory for events” In: Proceedings of the Seventh International Joint Conference on Artificial Intelligence.
Google Scholar
|
|
Kolodner JL, 1984. Retrieval and Organizational Strategies in Conceptual Memory: A Computer ModelLawrence Erlbaum Associates.
Google Scholar
|
|
Kolodner JL, 1988. “Retrieving events from a case memory: A parallel implementation” In: Proceedings of the 1988 Case-Based Reasoning Workshop pp 233–249, Clearwater, FL.
Google Scholar
|
|
Kota S, 1990. “A qualitative matrix representation scheme for the conceptual design of mechanisms” In: Proceedings of the ASME Design Automation Conference (21st Biannual ASME Mechanisms Conference).
Google Scholar
|
|
Kuhn TS, 1970. The structure of scientific revolutionsUniversity of Chicago Press.
Google Scholar
|
|
Lozano-Perez T, 1983. “Spatial planning: A configuration space approach” IEEE Transactions on Computers C-32(2).
Google Scholar
|
|
Maher ML, 1984. HI-RISE: An Expert System For The Preliminary Structural Design of High Rise Buildings PhD thesis, Department of Civil Engineering, Carnegie-Mellon University.
Google Scholar
|
|
Maher ML and Zhao F, 1986. Using experience to plan the synthesis of new designs Technical Report, Engineering Design Research Center, CMU.
Google Scholar
|
|
Maher ML and Zhao F, 1987. “Using experience to plan the synthesis of new designs” In: Gero JS, editer, Expert Systems in Computer-Aided DesignNorth-Holland.
Google Scholar
|
|
Minski M, 1982. Learning Meaning Technical Report, M.I.T.
Google Scholar
|
|
Mitchell TM, Keller RM and Kedar-Cabelli ST, 1986, “Explanation-based generalization: A unifying view” Machine Learning1(1).
Google Scholar
|
|
Mittal S, Dym C and Morjaria M, 1985. “PRIDE: An expert System for the design of paper handling Systems” In: Dym C, editor, Applications of Knowledge-Based Systems to Engineering Analysis and Design pp 99–116, American Society of Mechanical Engineers.
Google Scholar
|
|
Mostow J, 1985. “Toward better models of the design process” The AI Magazine Spring.
Google Scholar
|
|
Mostow J, 1986. “Why are design derivations hard to replay?” In: Mitchell TM, Carbonell JG and Michalski RS, editors, Machine Learning—A guide to carrent researchKluwer.
Google Scholar
|
|
Murthy SS and Addanki S, 1987. “PROMPT: An innovative design tool” Fn: Proceedings of the sixth national conference on artificial intelligence pp 637–642.
Google Scholar
|
|
Navin chandra D, 1987. Exploring for Innovative Designs by Relaxing Criteria and reasoning from Precedent- Based Knowledge PhD thesis, MIT.
Google Scholar
|
|
Navin chandra D, 1988. “Case-based reasoning in CYCLOPS, a design problem solver” In: Kolodner J, editor, Proceedings ofthe DARPA Workshop on Case-based Reasoning pp 286–301, Morgan Kaufman.
Google Scholar
|
|
Navin chandra D, 1991. Exploration and Innovation in Design: Towards a Computational ModelSpringer-Verlag.
Google Scholar
|
|
Navin chandra D, Sriram D and Kedar-Cabelli ST, 1987. “On the role of analogy in engineering design: An overview” In: D Sriram and B Adey, editor, AI in Engineering, Proceedings of the 2nd International ConferenceComputational Mechanics.
Google Scholar
|
|
Navin chandra D, Sycara K and Narasimhan S, 1991a. “A transformational approach to case based synthesis” AI EDAM5(1).
Google Scholar
|
|
Navin chandra D, Sycara KP and Narasimhan S, 1991b. “Behavioural synthesis in CADET, A case-based design tool” In: Proceedings ofthe Seventh Conference on Artificial Intelligence ApplicationsMiami, FL.
Google Scholar
|
|
Newell A and Simon HA, 1972. Human Problem Solving, Prentice-Hall.
Google Scholar
|
|
Nilsson NJ, 1980. Principles of Artificial Intelligence, Tioga Publishing Co.
Google Scholar
|
|
Osborn AF, 1953. Applied ImaginationCharles Scribner's Sons.
Google Scholar
|
|
Pahl G and Beitz W, 1984. Engineering Design, Springer-Verlag.
Google Scholar
|
|
Prieditis A, editor, 1988. AnalogicaPitman.
Google Scholar
|
|
Rickards T, 1974. Problem Solving through Creative AnalysisWiley.
Google Scholar
|
|
Riesbeck CK and Schank R, 1989. Inside Case-Based ReasoningLawrence Erlbaum Associates.
Google Scholar
|
|
Rosenman M and Gero JS, 1989. “Creativity in design using a prototype approach” In: Proceedings of the International Conference on Creative Design pp 207–232.
Google Scholar
|
|
Rossman J, 1931. The Psychology ofthe InventerInventor's Publishing.
Google Scholar
|
|
Schank RC, 1982. Dynamic Memory: A Theory of reminding and learning in computers and peopleCambridge University Press.
Google Scholar
|
|
Schank RC, 1986. Explanation Patterns: Understanding Mechanically and CreativelyLawrence Erlbaum Associates.
Google Scholar
|
|
Schank R, 1988. The Creative Attitude: Learning to ask and answer the right questionsErlbaum.
Google Scholar
|
|
Schank RC and Abelson RP, 1977. Scripts, Plans, Goals and UnderstandingLawrence Erlbaum Associates.
Google Scholar
|
|
Sriram D, 1986. Knowledge-Based Approaches for Structural Design PhD thesis, Carnegie Mellon University.
Google Scholar
|
|
Stefik M, 1980. Planning with Constraints PhD thesis, Stanford University.
Google Scholar
|
|
Steinberg L, Langrana N, Mitchell T, Mostow J and Tong C, 1986. A Domain Independent Model of Knowledge-Based Design Technical Report AI/VLSI Project Working Paper No. 33, Rutgers University.
Google Scholar
|
|
Sussman GJ and Steele GL, 1980. “CONSTRAINTS—A language for expressing almost hierarchical constraints” Artificial Intelligence (14) 1–39.
Google Scholar
|
|
Sycara K, 1987. Resolving Adversarial Conflicts: An Approach Integrating Case-Based and Analytic Methods PhD thesis, School of Information and Computer Science Georgia Institute of Technology.
Google Scholar
|
|
Sycara K and Navin chandra D, 1989a. “Representing and indexing design cases” In: Proceedings of the Second International Conference on Industrial and Engineering Applications of AI and Expert SystemsTullahomK, TN.
Google Scholar
|
|
Sycara D and Navin chandra D, 1989b. “Integrating case-based reasoning and qualitative reasoning in design” In: Gero J, editor, AI in DesignComputational Mechanics.
Google Scholar
|
|
Sycara K and Navin chandra D, 1991. “Index transformation techniques for facilitating creative use of multiple cases” In: Proceedings of the twelth International Joint Conference on Artificial Intelligence.
Google Scholar
|
|
Tong C, 1986a. Knowledge-Based Circuit Design PhD thesis, Stanford University.
Google Scholar
|
|
Tong C, 1986b. A framework for organizing and evaluating knowledge-based models of the design process Technical Report AI/VLSI Project Working Paper No. 21, Rutgers University.
Google Scholar
|
|
Tversky A, 1977. “Features of similarity” Psychology Review84(4), 07.
Google Scholar
|
|
Ullman DG and Dietterich TA, 1987. “Mechanical design methodology: Implications on future developments of computer-aided design and knowledge-based Systems” Engineering with Computers221–29.
Google Scholar
|
|
Wallas G, 1926. The Art of Thought Harcourt.
Google Scholar
|
|
Williams B, 1989. Invention from First Principles via Topologies of Interaction PhD thesis, Massachusetts Institute of Technology.
Google Scholar
|
|
Williams B, 1990. “Interaction-based invention: Designing novel devices from first principles” In: Proceedings of AAAI-90 pp 349–356, Boston, MA.
Google Scholar
|
|
Winston PH, 1980. “Learning and reasoning by analogy” Communications of the ACM23(12), 12.
Google Scholar
|
|
Winston PH, 1981. Learning New Principles from Precedents and Exercises: The Details Technical Report AI Lab Memo 632, MIT AI Lab.
Google Scholar
|
|
Winston PH, Binford TO, Katz B and Lowry M, 1983. “Learning physical descriptions from functional definitions, examples and precedents” In: Proceedings of AAAI-8308.
Google Scholar
|
|
Woodbury RF, 1989. “Design Genes” In: Proceedings of the International Conference on Creative Design pp 133–154
Google Scholar
|