The Optimization of Tourism Design Problem Based on Low Carbon and Environment Protection

Bao-you LIU, Pei-wen ZHANG

Abstract


The design of low carbon tourism could reduce the cost of tourism and improve the comfort of tourism, and also could achieve the purpose of environmental protection. In view of the optimization of travel routes problems concerning 10 most popular domestic attractions in 2015, the case of low carbon tourism of the least travel costs was designed. Travel cost is mainly composed of transportation, tickets and accommodation costs, among which the transportation cost is the main part. Under the assumption that the shorter is the linear distance, the less is the transportation cost, a 0-1 programming mathematical model was established, and was resolved through the lingo software. According to the results, the optimized results are detected and the proportion of gas pollution emission is reduced. combined with the actual traffic conditions, the recommended prior travel plan to get around ten sights are 14 days, the total cost is 11108.5 yuan.

Keywords


Low carbon tourism, Environmental protection, Optimization, 0-1 programming, Lingo


DOI
10.12783/dteees/icesee2017/7866

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