Strategic emerging industry layout based on analytic hierarchy process and fuzzy comprehensive evaluation: A case study of Sichuan province

Abstract

In the 12th Five-Year Plan period, Sichuan province has selected strategic emerging industries such as new-generation information technology, new energy, high-end equipment manufacturing, new materials, biology, energy conservation and environmental protection. However, its strategic emerging industries are still in the stage of cultivation and development, and there are some problems such as low industrial agglomeration and obvious industrial restructuring. In essence, this is because the focus of the development of strategic emerging industries is not clear enough, and the location advantages are not fully utilized to select the most suitable strategic emerging industries for the development of the region. This paper constructs a regional strategic emerging industries selection decision model, applies ARCGIS to study the spatial distribution of strategic emerging industries in Sichuan province, and uses fuzzy comprehensive evaluation method (FCEM) and analytic hierarchy process (AHP) to solve the priority of developing strategic emerging industries. Conclusions: Firstly, Sichuan province should give priority to the development of new generation information technology industry and new energy vehicle industry, then high-end equipment manufacturing industry, energy-saving and environmental protection industry and new energy industry, and finally biological industry and new material industry. The larger the coefficient of influence is, the higher the comprehensive score is, while the larger the coefficient of sensitivity is, the lower the comprehensive score is. Secondly, the number of enterprises in the new-generation information technology industry and the new energy vehicle industry is still not dominant in Sichuan province. Finally, the study found that the current development of strategic emerging industries in Sichuan province is extremely unbalanced in various regions, and the phenomenon of competition and reconstruction is obvious.

Research on an evaluation index system and evaluation method of green and low-carbon expressway construction

“…For the comprehensive evaluation of multi-index system, the weight of index is generally determined first, and then the fuzzy comprehensive evaluation method is used for calculation PLOS ONE [18][19][20][21]. The determination of index weight commonly adopts AHP [22][23][24], Delphi method [25], entropy weight method [26,27], etc.…”

Research on an educational virtual training system for ship life‐saving appliances

“…Following thorough investigation and analysis, we have devised an evaluation index system comprising operation integrity, operation sequence, operation time, operation accuracy, and teammates' evaluation. To assign weights to these five indexes, we employed the Analytic Hierarchy Process (AHP) [19].…”

Exploring killer domains to create new value: A comparative case study of Canadian and Korean telcos

“…For example, Zhang and Zhang (2014) attempted to identify the biotechnology industry's most prospective technologies by means of the firm's internal and external opportunities and threats as the main criteria. He and Zhu (2022) examined the priority of regional strategic emerging industries with criteria such as the life cycle of the industry, degree of interplay between industries, degree of industrial agglomeration, industrial development effect, and industrial innovation capability. Yin (2016) analyzed the aspects of a firm's business diversification strategy regarding the criteria, such as new and existing products and markets, based on Ansoff's Matrix.…”