Machine Learning for the accessibility to urban scale analysis

Authors

  • José Aderson Araújo Passos Filho Federal University of Ceara (UFC), Brazil
  • Daniel Cardoso Federal University of Ceara (UFC), Brazil

Keywords:

Urban planning, Machine learning, Thermal comfort

Abstract

This paper proposes the use of Machine Learning to simplify and make accessible the obtaining of complex analyses’ results, particularly in the assessment of thermal comfort on the urban scale. The complex relationship between planning, city shape, and climate requires the use of strategies for analyzing and producing urban space that often exceeds the planner's expertise. Building tools that, besides powerful, make it easier and faster for planners to act quickly and continuously, requires thinking about the trade-off between accuracy and speed of the methods applied. From a technological, political, and environmental point of view, the proposed method aims to improve the understanding of the implications of buildings on the urban environment and to contribute to the production of the contemporary city through the construction of information.

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Author Biographies

José Aderson Araújo Passos Filho, Federal University of Ceara (UFC), Brazil

He is an Architect and Urbanist and Master in Architecture, Urbanism, and Design. He studies digital manufacturing, parametric modeling, computer programming, environmental comfort, and energy efficiency. He is a computer programmer, seeking a systemic approach in design conception, by assimilating context and guidelines as parametric inputs in algorithmic processes of optimization.

Daniel Cardoso, Federal University of Ceara (UFC), Brazil

He is an Architect and Urbanist and Ph.D. in Semiotics, with a postdoctoral degree in City Information Modeling. He is an Associate Professor of the Department of Architecture, Urbanism and Design, and the Graduate Program in Architecture and Urbanism, both from the Federal University of Ceara, Brazil. He develops and guides research in the field of City Information Modeling.

Published

2019-12-13