Ryan Stangl: Urban Acupuncture Through Algorithmic Zoning: The Evolution of Big Data and the City
Автор: 〈PRACTICE〉 Symposium on Computational Processes in Architecture and Design
Загружено: 2015-11-16
Просмотров: 442
Abstract:
Based on discussions of the smart city, zoning methods, and urban acupuncture, a theoretical framework is developed for a computational approach to city planning. Through the layering of data, this system seeks to identify synergistic relationships between possible incentives and requirements in private development – seeking an optimized condition where public and private goals are both met. Through complexity unique conditions are discovered for each lot, allowing for the development of “network specificity” within the framework of a universal system. This ensures a continually variable urban fabric in which each condition is particularly tuned to the character of the place, while still being a part of the contiguous whole. By combining a top-down approach that leverages the combination of big data and a strict regulatory framework with a bottom-up approach that allows for the inclusion of open-source methodology and direct participation, new methods of governance emerge.
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