成为VIP摘 要
随着社会的快速发展和人们生活节奏的加快，传统的失物招领方式面临着信息传播范围有限、信息更新不及时、查询不便捷等问题，降低了失物归还的成功率，校园失物招领网站为失主提供了便捷、高效的失物招领渠道。失主可随时发布失物信息，通过网站的社交属性传播，扩大信息覆盖范围，提高失物归还成功率。此举还有助于养成良好行为习惯，减少物品丢失，节约社会资源。其研究与开发有助于推动移动互联网技术在社会治理领域应用，提高智能化、精细化水平。相关部门可便捷收集、发布信息，加强与公众互动，提升服务质量和效率，促进社会信用体系建设。
本校园失物招领网站采用的数据库是Mysql，使用PHP技术开发。在设计过程中，充分保证了系统代码的良好可读性、实用性、易扩展性、通用性、便于后期维护、操作方便以及页面简洁等特点。
关键词：失物招领；社交属性传播；PHP技术
Abstract
With the rapid development of society and the acceleration of people’s pace of life, traditional lost and found methods face problems such as limited information dissemination, untimely information updates, and inconvenient queries, which reduce the success rate of lost and found returns. The lost and found WeChat mini program provides a convenient and efficient lost and found channel for owners. The owner can post lost and found information at any time, spread it through the social attributes of the website, expand the coverage of information, and improve the success rate of lost and found returns. This also helps to develop good behavior habits, reduce lost items, and save social resources. Its research and development will help promote the application of mobile Internet technology in the field of social governance and improve the level of intelligence and refinement. Relevant departments can conveniently collect and publish information, strengthen interaction with the public, improve service quality and efficiency, and promote the construction of the social credit system.
The database used for this campus lost and found website is MySQL, developed using PHP technology. During the design process, the system code was fully ensured to have good readability, practicality, scalability, universality, ease of maintenance, ease of operation, and concise pages.
Key words：Lost and found; Social attribute dissemination; PHP technology
目 录
2 相关技术介绍 2
3 系统分析 5
3.4 系统流程分析 10
4 系统设计 11
4.1 系统架构设计 11
4.2 系统功能架构 12
4.3 数据库设计 12
5 系统详细设计 16
5.1学生功能模块 16
5.1.1 学生登录界面 16
5.1.2 失物信息界面 17
5.1.3失物招领界面 17
5.1.5交流论坛界面 18
5.1.6密码修改界面 18
5.2.4学生管理界面 21
6系统测试 23
6.2 系统测试结果 25
结论 26
参考文献 27
致 谢 28
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