CAJ | 학술논문

针对目前旅游景区路线系统因景点数量多、景点间差异度大而导致线路规划不合理等问题，对路线规划算法和实现方案进行研究，并提出了交互式智能旅游路线规划系统的解决方案。通过研究ACO蚁群优化算法(Ant Colony Optimization)、百度地图API接口、Bootsrap等技术，改进ACO算法模型，引入流式栅格布局，架构了基于B/S架构的系统平台。实验结果表明，基于改进的ACO和百度地图所架构的路线规划系统在国内大规模景点规划方面具有规划速度快、规划结果合理、信息显示全面等优点。
침대목전여유경구로선계통인경점수량다、경점간차이도대이도치선로규화불합리등문제，대로선규화산법화실현방안진행연구，병제출료교호식지능여유로선규화계통적해결방안。통과연구ACO의군우화산법(Ant Colony Optimization)、백도지도API접구、Bootsrap등기술，개진ACO산법모형，인입류식책격포국，가구료기우B/S가구적계통평태。실험결과표명，기우개진적ACO화백도지도소가구적로선규화계통재국내대규모경점규화방면구유규화속도쾌、규화결과합리、신식현시전면등우점。
The tourism route planning systems are often unreasonable because of a large number of scenic spots and large differences among them. Base on the research about route planning algorithms and their implementation schemes, we proposed a solution of interactive intelligent tourism route planning system. Furthermore, we construct a platform of tourism route planning system on Browser/Server architecture, which is blended several technologies, such as Ant Colony Optimization algorithm, Baidu map API interface and Bootsrap. In addition, we also improved AC Optimization algorithm model and introduced flow grid layout. The experiment and analysis show that the system makes the route planning more reasonable and scientific because Baidu map can provide wider coverage areas, more comprehensive information and higher speed of loading.