无线自助点餐系统集成设计
发布时间：2018-09-06 11:51
【摘要】：当今世界,信息技术的发展一日千里,整个社会生活的各个不同领域都在进行着不同程度的信息化建设。作为有着深厚历史文化底蕴的中国传统餐饮行业,也需要通过信息化的手段来提升服务质量和工作效率,从而减低成本帮助餐饮企业实现效益的最大化。无线自助点餐系统应用嵌入式技术、无线通信技术、以及软件数据库技术,实现顾客的自助点餐以及餐厅的信息化管理,很好的迎合了餐饮行业信息化的潮流。 本文分析了点餐系统在国内外的发展现状和趋势,并研究了点餐系统的设计思想、整体方案以及功能的实现。基于S3C6410ARM11处理器,完成了系统硬件平台的搭建,包括U-boot的移植、Linux内核的配置编译和移植以及根文件系统的构建。完成点菜应用软件的设计实现,包括Qt移植、SQLite数据库移植、MPlayer播放器移植、tslib触摸屏驱动移植、界面模块设计、数据库模块设计、通信模块设计以及视频播放模块设计。完成了点餐客户端的功能实现,将客户端和服务端连接起来,实现了客户端和服务端的通信。 系统实现了自助式的点餐操作,采用触摸屏输入操作,显示界面美观友好,操作方便简单,顾客可以选择分类点餐或是拼音点餐两种不同的方式来选择喜欢的菜品,确认订单后,系统会将订单信息发送给服务端。除了点餐功能外,本系统还能在闲时自动循环播放广告视频,可以为餐厅带来额外的广告收益。 本无线自助点餐系统的使用,可以提升餐厅的信息化水平,提高工作效率以及服务品质,同时能为顾客提供高科技服务体验。
[Abstract]:Nowadays, with the rapid development of information technology, various fields of social life are carrying on different degrees of information construction. As a Chinese traditional catering industry with profound historical and cultural heritage, it is also necessary to improve the service quality and work efficiency through the means of information technology, thus reducing the cost to help the catering enterprises to achieve the maximum benefit. Wireless self-order system applies embedded technology, wireless communication technology and software database technology to realize the information management of customers' self-order and restaurant, which caters to the trend of catering industry informatization. This paper analyzes the present situation and trend of the ordering system at home and abroad, and studies the design idea, the overall scheme and the realization of the function of the ordering system. Based on the S3C6410ARM11 processor, the hardware platform of the system is built, including the configuration compilation and migration of the U-boot kernel and the construction of the root file system. The design and implementation of ordering application software including Qt transplantation SQLite database transplant MPlayer player transplant tslib touch screen driver design interface module design database module design communication module design and video playback module design. The function of ordering client is realized, the client and server are connected together, and the communication between client and server is realized. The system realizes the self-service ordering operation, adopts the touch screen input operation, the display interface is beautiful and friendly, the operation is convenient and simple, the customer can choose the favorite dishes in two different ways: the classification order or the pinyin order. After confirming the order, the system sends the order information to the server. In addition to ordering function, the system can automatically cycle the advertising video during free time, which can bring extra advertising revenue to the restaurant. The use of the wireless self-service system can improve the information level of the restaurant, improve efficiency and service quality, and provide customers with high-tech service experience.
【学位授予单位】：北方工业大学
【学位级别】：硕士
【学位授予年份】：2012
【分类号】：TP368.1
本文编号：2226266
[Abstract]:Nowadays, with the rapid development of information technology, various fields of social life are carrying on different degrees of information construction. As a Chinese traditional catering industry with profound historical and cultural heritage, it is also necessary to improve the service quality and work efficiency through the means of information technology, thus reducing the cost to help the catering enterprises to achieve the maximum benefit. Wireless self-order system applies embedded technology, wireless communication technology and software database technology to realize the information management of customers' self-order and restaurant, which caters to the trend of catering industry informatization. This paper analyzes the present situation and trend of the ordering system at home and abroad, and studies the design idea, the overall scheme and the realization of the function of the ordering system. Based on the S3C6410ARM11 processor, the hardware platform of the system is built, including the configuration compilation and migration of the U-boot kernel and the construction of the root file system. The design and implementation of ordering application software including Qt transplantation SQLite database transplant MPlayer player transplant tslib touch screen driver design interface module design database module design communication module design and video playback module design. The function of ordering client is realized, the client and server are connected together, and the communication between client and server is realized. The system realizes the self-service ordering operation, adopts the touch screen input operation, the display interface is beautiful and friendly, the operation is convenient and simple, the customer can choose the favorite dishes in two different ways: the classification order or the pinyin order. After confirming the order, the system sends the order information to the server. In addition to ordering function, the system can automatically cycle the advertising video during free time, which can bring extra advertising revenue to the restaurant. The use of the wireless self-service system can improve the information level of the restaurant, improve efficiency and service quality, and provide customers with high-tech service experience.
【学位授予单位】：北方工业大学
【学位级别】：硕士
【学位授予年份】：2012
【分类号】：TP368.1
【参考文献】
相关期刊论文 前3条
1 李江山;蓝牙技术应用及发展[J];铁道通信信号;2002年08期
2 王存健;张建正;;嵌入式Linux下Qt/Embedded的应用[J];计算机技术与发展;2006年11期
3 刘岩;当前六种焦点近距无线技术综述[J];厦门科技;2005年03期
相关硕士学位论文 前6条
1 罗晴兰;嵌入式手持电子点菜终端研究与实现[D];苏州大学;2010年
2 胡杨帆;基于Linux的无线点餐系统应用程序设计[D];北方工业大学;2011年
3 赵颖;无线接入技术在餐饮信息系统中的应用[D];天津师范大学;2004年
4 钱丽;基于ARM的嵌入式无线点菜[D];武汉科技大学;2005年
5 蔡子裕;基于ARM嵌入式无线点菜系统终端的研究与设计[D];中南大学;2008年
6 余张元;基于嵌入式技术的无线自助点餐系统的研究与实现[D];西华大学;2010年
，本文编号：2226266
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