Showing posts with label self-organization. Show all posts

CA Landscapes pt. I

Friday, November 5, 2010 § 2


Two abstract landscapes, exploring the notion of vertical algorithmic growth. A CA is the basic algorithm, and it then gets interpreted into geometry. Those two images are actually early sketches. Hopefully more will follow in that direction.
Also, I am afraid that I drove my pc to its limits with this model counting 7.870.016 polygons. Somehow you always seem to need more computational power...

FLOW - Steedman Competition 2010. Honorable Mention

Sunday, May 9, 2010 § 0

FLOW, the entry for the 2010 Steedman Competition was awarded with a Honorable Mention. Subject of the competition was "the relationship between urban environment's and the river's edge, specifically the relationship of the City of St. Louis to the Mississippi River." Here more information on the project, and here the competition site.

Protocol Architecture: Public Presentation of PhD Proposal

Saturday, December 5, 2009 § 1


This coming Tuesday, December 8, 2009 I am presenting my PhD proposal, at the School of Architecture, A.U.Th. at 15:00. The title is:
Protocol Architecture. Complex Systems and Models of Self-Organization in Architectural Design.
The jury is: as.prof. S. Vergopoulos, prof. E. Tzekakis, as.prof D. Papalexopoulos.
The presentation is open to the public, so anyone interested is welcomed.

Protocol Infrastructure

Friday, October 23, 2009 § 1

Protocol Infrastructure attempts to approach the design of infrastructure in an alternative, bottom-up fashion, that is not based on master planning but instead on the development of a protocol that would allow infrastructure to ’self-organize’, adapting at the same time to the conditions that it encounters. The characteristics of such an approach are illustrated through the example of a structure, designed for the San Francisco Bay, which aims to the development of a system that would allow for a settlement to face the rising of the water level because of global warming. The model proposed, instead of following a ‘long term’ plan adapts itself to the situation that it encounters (water level, population needs) and grows in height following an algorithm designed for that reason. Machines are used from the system as the agents that would allow self organization to happen and the means to build the structure. More information here