An Intelligent Site Selection System Based on Land Reserve Implementation Monitoring Model

Abstract

The invention relates to an intelligent site selection system based on a land reserve implementation monitoring model, including a land reserve supply project library: providing construction land data in a set area, and adjusting and updating in real time according to statutory planning; a land reserve implementation monitoring module: capable of construction Land use is the basic unit, real-time integration of planning, status quo, and approval data, interpretation of the land use reserve implementation stage, and identification of potential land use; project site selection module: call potential land use data, and automatically generate two land use plans based on genetic site selection algorithm and GIS site selection algorithm , use the set pair analysis method to compare and select comprehensively, and solve the optimal location scheme. The present invention intelligently identifies candidate plots with development potential by dynamically tracking land approval status, which changes the subjectivity and difficulty of landing in the traditional site selection mode, and uses intelligent algorithms to conduct global optimization search to find the most suitable site under the constraints of site selection objectives. The layout of land use can ensure the maximum comprehensive benefits of project site selection.

Description

technical field [0001] The invention relates to the field of site selection for computer construction projects, in particular to an intelligent site selection system based on a land reserve implementation monitoring model. Background technique [0002] Urban development has entered the stage of tapping the stock potential. To deepen the reform of land resource allocation, it is necessary to revitalize the stock construction land and improve the overall efficiency and benefits of land use. Scientific site selection for construction projects is crucial to the rational use of land and the optimization of urban spatial layout. The site selection of construction projects needs to comprehensively consider many factors such as population, land, construction, planning, industry, transportation, social economy, etc., and under the constraints of limited funds and land use scale, select sites with good natural resource conditions, excellent infrastructure, and good social and economic ...

AI Technical Summary

Problems solved by technology

The above-mentioned technologies have certain feasibility in solving the problem of site selection for construction projects, but there are also problems such as blindly and randomly combining site selection plans, failing to evaluate the matching degree of land potential and the needs of different decision-making subjects in advance, and falling into local optimal solutions prematurely. As a result, the spatial layout of the site selection plan is too fragmented, and it is difficult to approve the land use in the later stage, and it is still difficult to "land" the project

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