A Machine-Learning Approach To Urban Design Interventions In Non-Planned Settlements

Anna Boim Technion- Israel Institute of Technology
Jonathan Dortheimer Technion- Israel Institute of Technology
Aaron Sprecher Technion- Israel Institute of Technology

This study presents generative adversarial networks (GANs), a machine-learning technique that can be used as an urban design tool capable of learning and reproducing complex patterns that express the unique spatial qualities of non-planned settlements. We report preliminary experimental results of training and testing GAN models on different datasets of urban patterns. The results reveal that machine learning models can generate development alternatives with high morphological resemblance to the original urban fabric based on the suggested training process. This study contributes a methodological framework that has the potential to generate development alternatives sensitive to the local practices, thereby promoting preservation of traditional knowledge and cultural sustainability.

Keywords: Non-Planned Settlements; Cultural Sustainability; Machine Learning; Generative Adversarial Networks; Sdg 11

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