orambra
orambra
i/o Discourse No. 1
21C Necessity
Contents
Why Responsive?
(2004) Filamentosa
What?
Architecture
More About Why
(2003) Frais
When Architecture Bleeds
(2004) Lotus
(2004) Actuated Tensegrity Structures
Architectural Technologies Research
(2005) East Darling Harbour
Qualifications
Qualifications

THE OFFICE FOR ROBOTIC ARCHITECTURAL MEDIA & BUREAU FOR RESPONSIVE ARCHITECTURE
Copyright © 1998-2008 Tristan d'Estree Sterk

Paper
Responsive architecture is commonly defined as a type of architecture that has the ability to alter its form in response to changing conditions. While this description is successful in capturing the gist of the topic, it does not provide us with the more detailed understandings required to build it. The knowledge required to build a truly responsive form of architecture is substantial, understandings of architecture, robotics, artificial intelligence and structural engineering are all beneficial. The links that are required between each knowledge base to actuate and control the responses of this type of architecture further complicate matters suggesting potential reasons for the ambivalence of architects towards deeply exploring to the topic or extending it beyond the aesthetic application of an event-based architecture. This paper will build a model of responsive architecture that explains one possible approach to the topic, emphasizing ways to build it and control it in the process.
Building Upon Negroponte: A Hybridized Model of Control Suitable for Responsive Architecture
Sterk, Tristan d'Estree (2003) Building Upon Negroponte: A Hybridized Model of Control Suitable for Responsive Architecture, Digital Design [21th eCAADe Conference Proceedings / ISBN 0-9541183-1-6] Graz (Austria) 17-20 September 2003, pp. 407-414

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As someone interested in building a responsive architecture that is functional enough to be used for all scales of building, including housing, performance spaces, theatres, and also skyscrapers, I discovered that the amount of precedent material within the field was small, and that the material which did exist focused upon the aesthetic rather than functional aspects of responsiveness. I also discovered that the few sources of documentation that did exist offered little explanation about the computational models and the physical systems that are required to control for these types of buildings.

Looking back, the major documents that describe the features of architectural responses are those written by Nicholas Negroponte. Negroponte's work, the most important parts of which are published in his books called, "The Architecture Machine", 1970; "The Soft Architecture Machine", 1975; and his multiple papers entitled "The Semantics of Architecture Machines", of 1970; comprise the first significant attempts to define and produce a responsive architecture. Within his work, Negroponte proposes that responsive architecture is the natural product of the integration of computing power into built spaces and structures. He also extends this belief to include the concepts of recognition, intention, contextual variation, and meaning into computed responses and their successful and ubiquitous integration into architecture. This cross-fertilization of ideas lasted for about eight years.

As an established body of work, Negroponte's ideas remain as advanced concepts that are still valid and important to the field. However, while they remain worthy targets for design efforts, they do not take into account more recent developments within the fields of robotics and artificial intelligence that are used within responsive systems today. For example, whole branches of robotic techniques that enable very simple, unintelligent behaviours to scaffold into more sophisticated behaviours have been developed since Negroponte's work. By using these techniques, new methods for producing responsive architectures are made available.

This paper results from the struggle that this author has had to develop a current model of responsive architecture that extends Negroponte's original work with recent developments. It will propose a very simple model of architecture, designed to separate the components of buildings into two main classes of parts - the serviced spaces that we occupy and the external shells that shelter us. It will then propose how each of these parts may be controlled, focusing upon the examples of a responsive building envelope (or structure) and a responsive internal partition system. The proposed control model, will inform a framework upon which a variety of mechanisms suitable to controlling responsive architectures, in intelligent ways, may hang. Finally, the paper will also propose how several responsive buildings may be networked together to produce intelligent clusters of buildings that solve larger responsive problems.

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MEDIA: BBC World Service (2007)
BBC

MEDIA: Wired (2006)
WIRED

MEDIA: The Economist (2006)
ECONOMIST

MEDIA: CNN Future Summit (2006)
CNN

MEDIA: ABC Radio National (2007)
ABC

Newsweek Polska (2007)
NEWSWEEK.COM

MEDIA: Technik / Zeit Wissen (2006)
Zeit Wissen

MEDIA: Except from ACADIA (2006)
Link

MEDIA: ArchitectureWeek (2006)
Link

MEDIA: Radio Adelaide 101.5 (2005)
Radio Adelaide

PROJECT: Lotus Environmental Sensor Network (2004)
Project

PROJECT: Filamentosa Ultra-lightweight Skyscaper (2004)
Project

PROJECT: ideaCloud Grange Beach (1998)
Project

PROJECT: frais Chicago (2003)
Project

PROTOTYPE: Films 1 & 2 (actuated class 3)
Prototype

PROTOTYPE: Films 3 & 4 (actuated class 3)
Prototype

PROTOTYPE: Films 5 & 6 (actuated class 2)
Prototype

PAPER: Using Actutated Tensegrity (2003)
Paper

PAPER: Structural Shape Control (2006)
Paper

PAPER: CAAD for Responsive Architecture (2007)
Paper

PAPER: Hybridized Control (2003)
Paper

PAPER: User Centered Interactions (2006)
Paper

PAPER: Cybernetic Form (2000)
Paper