Simulating multiple urban land use changes by integrating transportation accessibility and a vector-based cellular automata: a case study on city of Toronto.
Xiaocong XuDachuan ZhangXiaoping LiuJinpei OuXinxin WuPublished in: Geo spatial Inf. Sci. (2022)
Keyphrases
- cellular automata
- cellular automata model
- urban growth
- urban areas
- public transportation
- public transport
- cellular automaton
- urban planning
- spatial analysis
- lattice gas
- transportation networks
- path planner
- pedestrian dynamics
- pattern formation
- discrete dynamical systems
- reaction diffusion
- urban land
- land use change
- human mobility
- strategic planning
- traffic flow
- geographic information systems
- spatial data