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John S. Gero Vis

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*2009
51EEJohn S. Gero: Situated Computation. SoMeT 2009: 495-502
2008
50EEAshok K. Goel, Randall Davis, John S. Gero: Multimodal design: An overview. AI EDAM 22(2): 83-84 (2008)
2007
49EEJohn S. Gero, Gregory J. Smith: Context and Design Agents. CONTEXT 2007: 220-233
48EEJohn S. Gero: AI EDAM at 20: Artificial intelligence in designing. AI EDAM 21(1): 17-18 (2007)
47EEJohn S. Gero, Udo Kannengiesser: An ontology of situated design teams. AI EDAM 21(3): 295-308 (2007)
46EEAndy Dong, John S. Gero: Special Issue: Design Computing and Cognition. AI EDAM 21(4): 315-316 (2007)
45EEJeff W. T. Kan, Zafer Bilda, John S. Gero: Comparing entropy measures of idea links in design protocols: Linkography entropy measurement and analysis of differently conditioned design sessions. AI EDAM 21(4): 367-377 (2007)
44EEJohn S. Gero, Udo Kannengiesser: A function-behavior-structure ontology of processes. AI EDAM 21(4): 379-391 (2007)
2006
43EEJohn S. Gero: Understanding Situated Design Computing and Constructive Memory: Newton, Mach, Einstein and Quantum Mechanics. EG-ICE 2006: 285-297
42EEWei Peng, John S. Gero: Using a Constructive Interactive Activation and Competition Neural Network to Construct a Situated Agent's Experience. PRICAI 2006: 21-30
41EEJulie R. Jupp, John S. Gero: Visual style: Qualitative and context-dependent categorization. AI EDAM 20(3): 247-266 (2006)
40EEUdo Kannengiesser, John S. Gero: Towards mass customized interoperability. Computer-Aided Design 38(8): 920-936 (2006)
39EEJulie R. Jupp, John S. Gero: A qualitative feature-based characterization of 2D architectural style. JASIST 57(11): 1537-1550 (2006)
2005
38EERicardo Sosa, John S. Gero: A computational study of creativity in design: The role of society. AI EDAM 19(4): 229-244 (2005)
2004
37 Udo Kannengiesser, John S. Gero: Using Agents in the Exchange of Product Data. AIAI 2004: 129-140
36 John S. Gero, Frances M. T. Brazier: Special Issue: Intelligent agents in design. AI EDAM 18(2): 113 (2004)
35 Rob Saunders, John S. Gero: Curious agents and situated design evaluations. AI EDAM 18(2): 153-161 (2004)
34 Pak-San Liew, John S. Gero: Constructive memory for situated design agents. AI EDAM 18(2): 163-198 (2004)
33 Gourabmoy Nath, John S. Gero: Learning while designing. AI EDAM 18(4): 315-341 (2004)
2003
32EERicardo Sosa, John S. Gero: Social Change: Exploring Design Influence. MABS 2003: 106-119
31EEDavid J. Gunaratnam, Taivas Degroff, John S. Gero: Improving neural network models of physical systems through dimensional analysis. Appl. Soft Comput. 2(4): 283-296 (2003)
2002
30EEJohn S. Gero: Computational models of creative designing based on situated cognition. Creativity & Cognition 2002: 3-10
29EERob Saunders, John S. Gero: How to study artificial creativity. Creativity & Cognition 2002: 80-87
2001
28 John S. Gero, Vladimir A. Kazakov: A Genetic Engineering Approach to Genetic Algorithms. Evolutionary Computation 9(1): 71-92 (2001)
27EEJohn S. Gero, Rabee M. Reffat: Multiple representations as a platform for situated learning systems in designing. Knowl.-Based Syst. 14(7): 337-351 (2001)
2000
26 John S. Gero, Vladimir A. Kazakov: Adaptive enlargement of state spaces in evolutionary designing. AI EDAM 14(1): 31-38 (2000)
25EEXiao-Guang Shi, John S. Gero: Design Families and Design Individuals. Eng. Comput. (Lond.) 16(3-4): 253-263 (2000)
24EEJohn S. Gero, Haruyuki Fujii: A computational framework for concept formation for a situated design agent. Knowl.-Based Syst. 13(6): 361-368 (2000)
1999
23EEJohn S. Gero: Representation and Reasoning about Shapes: Cognitive and Computational Studies in Visual Reasoning in Design. COSIT 1999: 315-330
1998
22 John S. Gero: Conceptual designing as a sequence of situated acts. AI in Structural Engineering 1998: 165-177
21 Michael A. Rosenman, John S. Gero: CAD modelling in multidisciplinary design domains. AI in Structural Engineering 1998: 335-347
20EEJohn S. Gero: Novel Models in Evolutionary Designing. SEAL 1998: 381-388
19EEJun H. Jo, John S. Gero: Space layout planning using an evolutionary approach. AI in Engineering 12(3): 149-162 (1998)
18EEJohn S. Gero, Vladimir A. Kazakov: Evolving design genes in space layout planning problems. AI in Engineering 12(3): 163-176 (1998)
17EEJohn S. Gero: Concept formation in design. Knowl.-Based Syst. 11(7-8): 429-435 (1998)
1997
16EEThorsten Schnier, John S. Gero: Dominant and Recessive Genes in Evolutionary Systems Applied to Spatial Reasoning. Australian Joint Conference on Artificial Intelligence 1997: 127-136
15EEJohn S. Gero, Vladimir A. Kazakov: Learning and re-using information in space layout planning problems using genetic engineering. AI in Engineering 11(3): 329-334 (1997)
1996
14 José C. Damski, John S. Gero: Shape Reasoning in CAD Systems. IEA/AIE 1996: 369-376
13EEJosé C. Damski, John S. Gero: A logic-based framework for shape representation. Computer-Aided Design 28(3): 169-181 (1996)
12EEMichael A. Rosenman, John S. Gero: Modelling multiple views of design objects in a collaborative CAD environment. Computer-Aided Design 28(3): 193-205 (1996)
11EEJohn S. Gero: Creativity, emergence and evolution in design. Knowl.-Based Syst. 9(7): 435-448 (1996)
1994
10 John S. Gero, Enn Tyugu: Formal Design Methods for CAD, Proceedings of the IFIP TC5/WG5.2 Workshop on Formal Design Methods for CAD, Tallinn, Estonia, 16-19 June, 1994 Elsevier 1994
9 John S. Gero: Towards a model of exploration in computer-aided design. Formal Design Methods for CAD 1994: 315-336
8 John S. Gero: Formal design methods for computer-aided design. Formal Design Methods for CAD 1994: 353-359
7 Michael A. Rosenman, John S. Gero: That what, the how, and the shy in design. Applied Artificial Intelligence 8(2): 199-218 (1994)
1992
6EEA. Terry Purcell, John S. Gero: Effects of examples on the results of a design activity. Knowl.-Based Syst. 5(1): 82-91 (1992)
1991
5 John S. Gero, K. W. Tham, H. S. Lee: Behavior: A Link between Function and Structure in Design. IntCAD 1991: 193-225
4 John S. Gero: Conference Themes & Predictions. IntCAD 1991: 447-460
1990
3 John S. Gero: Design Prototypes: A Knowledge Representation Schema for Design. AI Magazine 11(4): 26-36 (1990)
2EEJohn S. Gero, Michael A. Rosenman: A conceptual framework for knowledge-based design research at Sydney University's design computing unit. AI in Engineering 5(2): 65-77 (1990)
1987
1EEConrad A. Mackenzie, John S. Gero: Learning design rules from decisions and performances. AI in Engineering 2(1): 2-10 (1987)

Coauthor Index

1Zafer Bilda [45]
2Frances M. T. Brazier [36]
3José C. Damski [13] [14]
4Randall Davis [50]
5Taivas Degroff [31]
6Andy Dong [46]
7Haruyuki Fujii [24]
8Ashok K. Goel [50]
9David J. Gunaratnam [31]
10Jun H. Jo [19]
11Julie R. Jupp [39] [41]
12Jeff W. T. Kan [45]
13Udo Kannengiesser [37] [40] [44] [47]
14Vladimir A. Kazakov [15] [18] [26] [28]
15H. S. Lee [5]
16Pak-San Liew [34]
17Conrad A. Mackenzie [1]
18Gourabmoy Nath [33]
19Wei Peng [42]
20A. Terry Purcell [6]
21Rabee M. Reffat [27]
22Michael A. Rosenman [2] [7] [12] [21]
23Rob Saunders [29] [35]
24Thorsten Schnier [16]
25Xiao-Guang Shi [25]
26Gregory J. Smith [49]
27Ricardo Sosa [32] [38]
28K. W. Tham [5]
29Enn Tyugu [10]

Colors in the list of coauthors

Copyright © Tue Nov 3 08:52:44 2009 by Michael Ley (ley@uni-trier.de)