If sharing, classifying, recording and editing, in a word, the information management are the basis of the information revolution, the ability to generate dynamic simulation model defines the practical application that has suffered the largest acceleration of development in architecture.
Over the last thirty years, computer systems have undergone a process of democratization, which has generated a radical change in the structure of their information through digitization with the development of software and hardware more powerful and functional handle. If in 1981, computers had become to all intents and PC (personal computer) with the agreement and the advent of the IBM-Microsoft MS-DOS language, and in 1984 with the first GUI OS that Apple's computers become a tool mass. The possibility of relating the spreadsheet with a graphical representation allowed the birth of that Filevision antisignano powerful GIS programs based on which of today's urban systems modeling (A. Sage).
This step is the core of the revolution in the simulation: if the simulation models developed since the 50's urban, such as the MIT of Boston, still maintain their current methodologies, the huge leap forward is generated by the availability of information formats Digital and the possibility of interlacing in a relational graph-numeric.
SEANSEable MIT lab - Real Time Rome
In the digital simulation tools are, in fact, have the opportunity to develop a case based on the analysis of complex relationships, intangible flows, and dynamic phenomena, especially their time viewing real. In new condition
underground need models that are dynamic, selective, scalable and flexible, as proposed by Manuel gauze, with its operational matrix. An instrument similar to the Dark Body of Skizo-Analysis of Michael Hayes, which absorbs like a photographic negative projection of reality, but with the proposition to become operational, which aims to not only representation but also to the simultaneous management of data in the making.
The future of understanding of urban phenomena, then, is no longer tied to the architecture, but also and increasingly to the livability of those engaged in the urban fabric and filled with signs, markings representations. (Ruggero Ragonese)
For a long time in architecture man has been regarded as a numerical data necessary to define a ratio scale. Similarly, the planning instruments have always considered the human factor as a given dimensional static, predictable behavior from the density property.
Today With the development of deductive reasoning, is no longer so important to man in his physicality but rather immanent in the system of relationships that generates urban dynamics.
already proposed in the seventies, for example, an architecture that took into account the full spectrum of perceptual phenomena, allowing the overcoming of the system in the visual sensory dimension. (M. Zardini)
The possibility of dynamic mapping of sensory perception reverses the point of view of modeling, placing human activity as a generator of the city and not vice versa. The problem then becomes
semiotic, because it is the city itself that has changed its meaning. The ability to synthesize information systems, expanding operating margins imposed by the instruments, now offers the ability to interpret simultaneously and dynamically a reality that has redefined and expanded its phenomenology, allowing you to see the complexity that represented in the past has been difficult even imagine.
Mirko Zardini, Sense of the City: An Alternate Approach to Urbanism, Lars Muller Publishers, 2005
G. Brown, I. Pezzini (eds.) Languages \u200b\u200bof the city, meaning cities and II, models and proposals for analysis, Meltemi, 2008
G. Brown, I. Pezzini (eds.) Meaning and cities, for a post-urban semiotics, Meltemi, 2007
C. Jaw, the cyber city, Meltemi 2008
Atelier Zuidvleugel, TussenRuimte - Inbetween Space AZV, the 2007 Hague
Zuidvleugel Atelier De staden 9, AZV, the 2007 Hague
Atelier Zuidvleugel, Ruimte en Lijn, AZV, the Hague 2006
R. Burdet (ed.) 10.Città architecture and society, Marsilio Editori, 2006
M. Gaus, V. Guallart, W. Müller, F. Soriano, F. Porras, J. Morales
"The Metapolis dictionary of advanced architecture.
City, technology, society in the information age "
Actar, Barcelona, \u200b\u200b2003 sources
Web
City noise
Accessed in May 2008
http://www.citynoise.com
SENSEable City Laboratory MIT
Accessed June
06/26/2008
http://senseable.mit.edu
0 comments:
Post a Comment