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Design and Implementation of the Lost-and-Found System Based on Amap API

机译：基于Amap API的失物招领系统的设计与实现

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The lost-and-found information management system, as an important part of the social public service system, has its special significance. With the change of traditional lost-and-found pattern, the process of lost-and-found has fallen into the dilemma of “people looking for things, things for people” and the proportion of lost property retrieve is less than 10%. The rapid development of location service, 4G communication technology and intelligent terminal has provided a new way to establish a lost-and-found information service system with GIS functions, which effectively solved the problem of “where” in the process of lost-and-found. By the integration of Android system and interface technology, focusing on the actual needs, technical architecture, functional architecture and database structure of the system have been designed. Using the C/S architecture and MVP development model, the lost-and-found system based on Amap API have been implemented subsequently. Whereafter, the functional test and performance test were carried out. Through testing and using, each module of the system achieves the desired design effect. The client takes only 12.75ms <; 16ms to load a frame image and the system is fluent and stable. By means of location service and spatial analysis methods, users enable to release, browse, search and share lost-and-found information conveniently. The organic integration of location service and lost-and-found models has made the process of lost property retrieve more efficient and faster.
机译：失物招领信息管理系统作为社会公共服务系统的重要组成部分，具有特殊的意义。随着传统失物招领方式的改变，失物招领的过程陷入了“人们寻找事物，为人寻找事物”的困境，失物招领比例不到10％。定位服务，4G通信技术和智能终端的飞速发展，为建立具有GIS功能的失物招领信息服务系统提供了新途径，有效解决了失物招领过程中的“何处”问题。成立。通过集成Android系统和界面技术，针对实际需求，设计了系统的技术架构，功能架构和数据库结构。使用C / S架构和MVP开发模型，基于Amap API的失物招领系统随后得以实现。之后，进行功能测试和性能测试。通过测试和使用，系统的每个模块均达到了预期的设计效果。客户端仅花费12.75ms <; 16ms加载帧图像，系统流畅稳定。通过定位服务和空间分析方法，用户可以方便地发布，浏览，搜索和共享丢失和找到的信息。位置服务和失物招领模型的有机集成，使失物招领流程更加高效，快捷。

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