Social System Design Based on Discrete Optimization
- 2.3 Enviroment and Energy (Energy System, Renewable Energy, Ecosystem, Material Cycle, Life Cycle)
- 2.4 Smart City (Transportation, Town Planning, Living Environment, Crime Prevention)
- 2.5 Geospatial Information (Remote Sensing, People Flow)
- 2.7 Disaster Prevention, Reconstruction (Earthquake, Tsunami, Volcano, Meteorology, Flood, Natural Disaster)
Yudai Honma
Institute of Industrial Science
Associate Professor
This project promotes a social system design that embraces the decision-making and mutual interaction of human society. Mathematical modeling by the discrete optimization method enables cross-disciplinary development in architectural, urban, and transportation systems.
Graphical abstract of paper [1]
From the laboratory’s web-site
Related links
Research collaborators
・YAZAKI Corporation
・TOKYO GAS Co., Ltd.
・Systems Engineering Consultants Co., LTD.
・Carlin. Inc
・Kawagoe City
・Arizona State University
・TOKYO GAS Co., Ltd.
・Systems Engineering Consultants Co., LTD.
・Carlin. Inc
・Kawagoe City
・Arizona State University
Related publications
[1] Yudai Honma and Michael Kuby, “Node-based vs. path-based location models for urban hydrogen refueling stations: Comparing convenience and coverage abilities”, International Journal of Hydrogen Energy, Vol.44-29, pp.15246-15261, June 2019.
