A Big Data Platform Tourism Price Strategy Method with Map/Reduce

Haiyan Lv, Zhiqiang Li, Baoqiang Wen, Chauan Wan
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Abstract

The Google Hadoop platform Map/Reduce task scheduling and distribution mechanism of the Hadoop distributed computing framework applied to cloud computing and big data. The Quartz open source job scheduler regularly crawls into the websites of different tourist attractions, and stores the tourist attractions prices calculated by the price comparison algorithm to the Database HBase distribution Computing System. When the user enters the planned departure place, departure date, tourist attractions and other specific conditions, the cloud platform price comparison strategy system will display tourist routes according to certain logic, and generate price comparison data for tourist attractions, from the travel start point to the travel destination. The price comparison strategy of clothing, food, housing, transportation and consumption generates cost prices, recommends the best travel planning plan for customers, helps users choose the most economical tourist attractions and tourist routes to make quick choices, and obtain satisfactory returns for short vacations or holidays to avoid delay in decision-making time.
基于Map/Reduce的大数据平台旅游价格策略方法
谷歌Hadoop平台Map/Reduce任务调度分配机制的Hadoop分布式计算框架应用于云计算和大数据。Quartz开源作业调度器定期爬进不同旅游景点的网站,通过比价算法计算出的旅游景点价格存储到Database HBase分布式计算系统中。当用户输入计划出发地点、出发日期、旅游景点等具体条件时,云平台比价策略系统会按照一定的逻辑显示旅游路线,并生成从旅游起点到旅游目的地的旅游景点比价数据。衣、食、住、行、消费的比价策略产生成本价格,为客户推荐最佳的旅行规划方案,帮助用户选择最经济的旅游景点和旅游路线,快速做出选择,短假期或节假日获得满意的回报,避免耽误决策时间。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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