| With the continuous growth of China’s economy and the increase of personal car ownership,the potential of the self-driving tourism market has been rapidly released,and the entire self-driving tour industry is rapidly developing towards specialization and standardization,among which the site selection and construction of self-driving tour camps is an important part of the development of the self-driving tour industry.Taking the site selection of self-driving camps in Shanxi Province as the research content,this paper first reviews the concept of self-driving camps and the problem of camp site selection,puts forward an initial evaluation scheme for self-driving camp site selection,identifies 10 key influencing factors of site selection,and uses AHP analytic hierarchy to calculate the weight of key influencing factors affecting camp site selection by scoring by questionnaire survey experts.Based on the above initial evaluation scheme,this paper proposes an accurate site selection model based on multi-objective optimization,which mainly considers the multi-objective functions such as scoring and total cost minimization of the above key influencing factors,and considers the constraints such as actual demand distribution and construction operating costs,and establishes a multi-objective optimization model.Finally,taking the self-driving tour industry in Shanxi Province as the main case,the above initial evaluation scheme of self-driving tour is used to make preliminary location selection,and the accurate camp location is calculated through the multi-objective optimization model,which passes a certain reference for the site selection and construction of self-driving tour camps in Shanxi Province in the future. |