An industry selection method for an industry-industry-enterprise whole-process development zone

Abstract

The invention discloses an industry selection method for an industry-industry-enterprise whole-process development zone, which comprises three steps of industry, industry and enterprise selection, wherein (1) according to the development stage, industry foundation and data availability of the development zone, the industry selection provides three specific methods of 1) the method of optimizing the existing industry in the development zone; 2) the method of choosing opportunistic industry aiming at the external high-growth industry; 3) a future industry selection method of advanced incubationaiming at new technology industrialization; (2) according to the industry attraction of the leading industry and the regional development conditions, the industries under the leading industry are divided into different development types; (3) the choice of enterprises can be divided into two types of the introduction type and the retirement type. This method has clear logical path, obtainable data,strong implementation of the results, and can be used to formulate scientific and implementable industrial planning of the development zone.

Description

technical field [0001] The invention relates to a technology for industry selection in the whole process of "industry-industry-enterprise" development zone, which belongs to the technical field of urban and rural planning. Background technique [0002] The research on industry selection is often found in the fields of economics, geography, and urban-rural planning. It mostly starts from the regional and urban scales, and the technical route is mostly based on theoretical guidance and calculation and deduction of data indicators. Foreign industry selection research mainly screens regional industries by establishing selection benchmarks and evaluation index systems. The specific methods are: (1) Rostow benchmark based on the theory of industrial diffusion effect; (2) Shinohara two benchmarks (demand income elasticity (3) industry-related benchmarks; (4) dynamic comparative advantage benchmarks; (5) overcrowded environment benchmarks and labor content benchmarks. The research ...

AI Technical Summary

Problems solved by technology

The current conventional industry selection routes and methods are more effective for regional and city-scale industry selection with systematic statistical data, but are less applicable to industrial planning in development zones that are in the initial stage of industry or lack systematic statistical data. Practical guidance and operability are not high

The development zone takes industrial development as the core, and industry selection and industrial planning are of great significance to the develo

Images