Cumincad : CUMINCAD References : Search Results

CumInCAD is a Cumulative Index about publications in Computer Aided Architectural Design
supported by the sibling associations ACADIA, CAADRIA, eCAADe, SIGraDi, ASCAAD and CAAD futures

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	Fischer, T., Ceccato, C. and Frazer, J.H. (2001) Haptic Programming with Machine-Readable Models , Mark Burry et al.(eds.): The Proceedings of Mathematics and Design 2001.The Third International Conference, School of Architecture and Building, Deakin University Australia, pp. 158-165

	Fischer, T., Ceccato, C. and Frazer, J.H. (2001) Haptic Programming with Machine-Readable Models , Mark Burry et al. (eds.): The Proceedings of Mathematics and Design 2001. The Third International Conference, School of Architecture and Building, Deakin University Australia, pp. 158-165

	Fischer, T., Fischer, T. and Ceccato, C. (2002) Distributed Agents for Morphologic and Behavioral Expression in Cellular Design Systems , Proctor, G. (ed.): Thresholds. ACADIA 2002 Proceedings. Dept. of Architecture, College of Environmental Design, California State Polytechnic University, Pomona, Los Angeles, pp. 113-123

	Fischer, T., Fischer, T. and Ceccato, C. (2002) Distributed Agents for Morphologic and Behavioral Expression in Cellular Design Systems , Proctor, G. (ed.): Thresholds. ACADIA 2002 Proceedings. Dept. of Architecture, College of Environmental Design, California State Polytechnic University, Pomona, Los Angeles, pp. 113-123

	Fischer, T., Herr, C.M. and Ceccato, C. (2001) Towards real time interationc visualization in NED , ACADIA 2000: Eternity, Infinity and Virtuality, ed. M J. Clayton and G. Vasqeuz de Velasco. Association for Computer Aided Design in Architecture

	Fischer, T. (2012) Geometry Rationalization for Non-Standard Architecture , Architecture Science 5, 25–47

	Fischer, T. (2012) Geometry Rationalization for Non-Standard Architecture , Architecture Science, No. 5, June

	Fischer, T. (2012 ) Geometry rationalization for non-standard architecture , Architecture Science, 5, 25–47

	Fischer, Thomas, Torben Fischer, and Cristiano Ceccato (2002) Distributed Agents for Morphologic and Behavioral Expression in Cellular Design Systems , Thresholds - Design, Research, Education and Practice in the Space Between the Physical and the Virtual: Proceedings of the 2002 Annual Conference of the Association for Computer Aided Design in Architecture, edited by George Proctor. Pomona, CA: ACADIA. 111–121.

	Fischer, Thomas (2012) Geometry Rationalization for Non-Standard Architecture , Architecture Science 5: 25–47

	Fischer,T. and J. Frazer (2005) Modeling Architecture as Logic States in Space and Time: History and Future of the Universal Constructor , Insights of Smart Environments. CAAD Talks 5, M.l. Chiu (Editor), Archidata,Taipei, Taiwan. pp. 87?104

	Fischer,V., and Schneider, U., eds. (2008) Kengo Kuma: Breathing Architecture , Birkhauser, Boston

	Fisher, T (2016) How Neuroscience Can Influence Architecture , Architectmagazine.com, pp. www.architectmagazine.com/practice/how-neuroscience-can-influence-architecture_o.

	Fisher, T. (2001) Revisiting the Discipline of Architecture , The Discipline of Architecture, A. Piotrowski and J. W. Robinson (ed.). Minneapolis: University of Minnesota Press, pp.1-9

	Fisher, T. (1995) Model Making: A Model of Practice , Progressive Architecture, May 1995

	Fisher, T.R. (1993) The Virtual Profession , Progressive Architecture. 74 (May):9 NewYork: Reinhold Publishing

	Fisher, Thomas (1994) Can This Profession Be Saved? , Progressive Architecture (February 1994)

	Fisher-Gewirtzman D and Polak N. (2019) A learning automated 3D architecture synthesis model: demonstrating a com-puter governed design of minimal apartment units based on human perceptual and physical needs , Archit Sci Rev; 62: 301–312

	Fisher-Gewirtzman, D and Polak, N (2019) A learning automated 3D architecture synthesis model: demonstrating a computer governed design of minimal apartment units based on human perceptual and physical needs , Architectural Science Review, -, pp. 1-12

	Fisher-Gewirtzman, D. & Polak, N. (2019) A learning automated 3D architecture synthesis model: demonstrating a computer governed design of minimal apartment units based on human perceptual and physical needs, , Architectural Science Review, 62(4), 301-312

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