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毕 业 论 文
校园闲置物品拍卖系统
摘 要
随着信息技术的发展,基于 web 模式的购物系统逐渐普及,网上购物是一种
新型的商务模式,其工作流程和经营模式受到了欢迎。电子商务可以适应现代化
快节奏的生活方式。在校园,随着学生数量的增多,存在许多生活和学习物品,
许多学习用品经过一学期学习之后往往被闲置,一些出于一时喜欢而购买的物品
使用机会少而被闲置,还有一些物品以低廉的价格卖给资源回收站,造成巨大的
资源浪费。本系统利用管理系统实现校园闲置物品的共享服务,线上进行拍卖,
实现闲置物品的分享互利,带动资源的价值再创。因此,开发一个适合学生在线
选购的校园闲置物品拍卖系统可以帮助高校提高物品销售效率,具有非常重要的
意义。
校园闲置物品拍卖系统使用 Java 技术,MySQL 数据库进行开发,系统后台
使用 Springboot 框架进行开发,具有低耦合、高内聚的特点,其中校园用户通过
人脸识别的方法增加系统安全性,在闲置物品推荐中,使用协同过滤算法进行商
品推荐。最后对校园闲置物品拍卖系统进行测试,查看系统的功能、负载能力和
系统的兼容性,结果表明本系统符合实际要求,完成了即定要求。本文从需求分
析、系统设计、系统实现和系统测试方面进行阐述。系统的开发,帮助高校有效
的对闲置物品进行管理,提高了闲置物品销售的效率。
关键词:闲置物品,电子商务,拍卖,人脸识别,Java
Abstract
With the development of information technology, shopping system based on web
mode is gradually popularized. Online shopping is a new business mode, and its
workflow and business mode are welcomed. E-commerce can adapt to the modern
fast-paced lifestyle. On campus, with the increase of the number of students, there are
many living and learning goods. Many learning goods are often idle after a semester
of study. Some goods purchased for a temporary liking are idle due to lack of use
opportunities, and some goods are sold to the resource recycling station at a low price,
resulting in a huge waste of resources. The system uses the management system to
realize the sharing service of campus idle goods, auction online, realize the sharing
and mutual benefit of idle goods, and drive the value creation of resources. Therefore,
it is of great significance to develop a campus idle goods auction system suitable for
students to purchase online, which can help colleges and universities improve the
efficiency of goods sales.
The campus idle item auction system uses Java technology and MySQL database
for development, and the system background uses the Springboot framework for
development, which has the characteristics of low coupling and high cohesion.
Among them, campus users increase the system security through face recognition, and
use collaborative filtering algorithm for product recommendation in idle item
recommendation. Finally, the campus idle goods auction system is tested to check the
system's function, load capacity and system compatibility. The results show that the
system meets the actual requirements and completes the predetermined requirements.
This paper describes the requirements analysis, system design, system implementation
and system testing. The development of the system helps colleges and universities
effectively manage idle goods and improve the efficiency of idle goods sales.
Keywords: idle items, e-commerce, auction, face recognition, Java.
目 录
摘 要.......................................................................................................................I
Abstract..................................................................................................................II
1 绪论....................................................................................................................1
1.1 课题意义.................................................................................................1
1.2 国内外研究现状.....................................................................................2
1.3 研究内容.................................................................................................3
2 相关技术............................................................................................................4
2.1Html 技术..................................................................................................4
2.2Java 编程技术...........................................................................................4
2.3 数据库技术..............................................................................................5
2.4 人脸识别技术..........................................................................................5
2.5 协同过滤推荐算法..................................................................................6
3 系统分析............................................................................................................7
3.1 可行性分析..............................................................................................7
3.1.1 经济可行性..................................................................................7
3.1.2 技术可行性..................................................................................7
3.1.3 法律可行性..................................................................................7
3.1.4 社会可行性..................................................................................7
3.1.5 可行性结论..................................................................................8
3.2 需求分析..................................................................................................8
3.2.1 系统功能需求分析......................................................................8
3.2.2 系统非功能需求分析................................................................10
4 系统设计..........................................................................................................12
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