Method and system for carrying out earth surface and underground planning based on underground three-dimensional space big data

Abstract

A method for carrying out earth surface and underground planning based on underground three-dimensional space big data comprises the steps of collecting the underground three-dimensional space big data; and determining corresponding ground surface and underground facilities according to the underground three-dimensional space big data. According to the method and the system for carrying out earthsurface and underground planning based on underground three-dimensional space big data, the method comprises the following steps of: planning matched earth surface and underground buildings and facilities according to the conditions of resources and geological structures of an underground space; carrying out urban planning on the ground surface and underground areas based on the ground surface andunderground buildings and facilities; therefore, planning of surface and underground facilities is matched with geological structures, resources and the like of underground space, it can be guaranteed that surface and underground buildings, underground pipe networks and underground traffic networks are in a stable state for a long time, reasonable utilization of the resources is promoted, and economic development is promoted.

Description

technical field [0001] The present invention generally relates to the field of urban planning, and more specifically relates to a method and system for surface and underground planning based on underground three-dimensional space big data. Background technique [0002] Urban planning is to achieve the economic and social development goals of the city within a certain period of time, determine the nature, scale and development direction of the city, rationally use urban land, and coordinate the comprehensive deployment and specific arrangements of urban spatial layout and various constructions. The so-called urban planning refers to formulating a plan suitable for the overall development of the city according to the objective conditions of the city's geographical environment, human conditions, economic development, etc., so as to coordinate the development of all aspects of the city, and further plan the city's spatial layout, land use, infrastructure construction, etc. It is...

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Problems solved by technology

[0003] The current urban planning does not take factors such as underground resources and geological structures into consideration, which may lead to conflicts or adverse effects between the use and exploitation of underground resources and the planning of above-ground facilities in the future; or large loss of life and property due to natural factors such as earthquakes loss

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