Constrained cellular automaton coupling modeling method for space strategic planning

Abstract

The invention provides a constrained cellular automaton coupling modeling method for space strategic planning. The method comprises the following steps: data input, based on urban growth simulation, household energy consumption and waste discharge accounting and household energy consumption and waste discharge of a constrained cellular automaton, in an HI-TAC model, interaction between families isbased on the following assumptions: all families have reached cooperative consensus to comply with total amount control related to energy consumption and waste discharge; according to different landutilization types, initial values of household energy consumption and waste discharge are set for the intelligent agent; and the household energy consumption and the waste discharge amount are calculated; and data output and presentation. According to the method, on the basis of considering macroscopic and unified conversion rules, a special conversion mechanism of microscopic individuals is considered, so that an urban expansion simulation result is closer to reality.

Description

【Technical field】 [0001] The invention relates to a constrained cellular automata coupling modeling method for spatial strategic planning. 【Background technique】 [0002] At present, there is a phenomenon that various government departments work independently, which makes it difficult to effectively predict and evaluate the comprehensive impact of sustainable urban planning. [0003] Existing models that use constrained cellular automata to simulate urban expansion take into account constraints such as the natural environment, social economy, and planning policies, and can more realistically simulate the process of urban expansion under multiple constraints, but the rules of land use conversion are often macroscopic and unification, little consideration is given to the special conversion mechanism of microscopic land use units. 【Content of invention】 [0004] The technical problem to be solved by the present invention is to provide a constrained cellular automaton couplin...

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Problems solved by technology

[0002] At present, there is a phenomenon of fragmentation among various government departments, which makes it difficult to effectively predict and evaluate the comprehensive impact of sustainable urban planning

[0003] Existing models that use constrained cellular automata to simulate urban expansion take into account constraints such as the natural environment, social economy, and planning policies, and can more realistically simulate the process of urban expansion under multiple constraints, but the rules of land use conversion are often macroscopic and unification, little consideration is given to the special conversion mechanism of micro-land use units

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