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Spatial Computing for the New Organic
Authors:Christian Derix  Åsmund Izaki
Abstract:
In the last few years, parametric design has predominated in architectural research and practice. Christian Derix and Åsmund Izaki of the Computational Design and Research (CDR) group at Aedas|R&D explain how the research and design unit, based at Aedas in London, has pursued an alternative course by shifting the focus to behavioural and perceptive occupant simulation of spatial configurations. A human-centric approach, it draws its inspiration from earlier British pioneers in spatial computation, as well as the designers of the Organic Architecture movement of the early 20th century.
Keywords:Aedas|R& D and Tibbalds Planning and Urban Design, Dynamic Visibility Analysis, Guy's and St Thomas' hospital extension access study and Greenwich Millennium Village, London  Paul Coates, A Large Computer-Generated ‘Beady Ring’ Surface  Computational Design and Research (CDR) Group  Architectural Association (AA)  ‘parametricism’  artificial life and intelligence  John Frazer  Philip Steadman  Michael Batty  Bill Hillier  ‘Space Syntax’  Social Logic of Space  Lindenmayer systems  Organic Architecture movement  Louis Sullivan  Frank Lloyd Wright  Hugo Häring  Hans Scharoun  Wesenhafte Gestalt  ‘concordance’  Berlin Philharmonic Hall  Frei Otto  Greg Lynn  ‘elastically’ manipulated  Representational Fidelity, Khalifa bin Zayed Al Nahyan Foundation competition entry  Davis Brody Bond, Algorithmic Concordance, National September 11 Memorial Museum, New York  Katariina Knuuti, Jana Bäumker, Juan Carlos Venegas Del Valle and Anna Wojcieszek, Floating Room, Implicit Space design studio (Christian Derix) , Technical University of Munich  Algorithmic Consistency, Fraunhofer Institute for Workplace Organization  Behavioural Mapping and Operational Occupancy Simulation, New consulate office of the Federal Republic of Poland, London  Architectural Morphology  Herman Hertzberger.
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