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  • 學位論文

應用雙染色體基因演算法於旅遊行程規劃之研究

A Study on tour planning using bi-chromosome genetic algorithm

指導教授 : 曾生元

摘要


二十一世紀的今天,世界各國積極推動綠色工業,促進了觀光產業的蓬勃發展,因此如何提高旅遊行程的品質成為一個重要的研究課題。本論文提出雙染色體基因演算法解決多重限制旅遊行程規劃之問題。依據使用者輸入的旅遊限制(旅遊時間、旅遊金錢)與個人的旅遊偏好,自動規劃出最具旅遊樂趣的旅遊路線。並利用Google Map 顯示在使用者的瀏覽器,讓使用者很方便就能使用旅遊導覽路線。本文以台南市為例進行路線規劃的實驗,實驗結果顯示雙染色體旅遊規劃基因演算法不僅能有效解決多重限制的旅遊路線規劃問題,也具有良好的效能。

並列摘要


Many countries in the world are actively promoting their green industry in twenty-first century, in order to enhance the growth of the tourism industry. Therefore, how to improve the quality of tourism has become one of most important research issues. This study proposed a bi-chromosome genetic algorithm to solve multiple constraints on the issues of travel route planning. Based on the input travel restrictions (e.g., travel time, travel cost budget) and travel preferences, the proposed algorithms can automatically identify the most attractive travel route for the user. This study used Google Map to show the travel route from the browser for the convenience of the user. An experiment using Tainan city as an example has been demonstrated in this study, the experimental results indicated that the bi-chromosome genetic algorithm not only can effectively solve multiple constraints of the travel route planning, but also achieve a very good performance.

參考文獻


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