1、 毕业设计说明书(论文) 作 者： 学 号： 系 部： 通信工程学院 专 业： 通信工程 题 目： 基于 WIFI Soc 的无线通信模块 系统程序设计 指导教师： 评阅者： System Programming for WIFI Soc Wireless Communication Model 摘要 在无线网络的高速发展中，802.11 标准已经成为了全球无线网络发展的 主流方向之一，与此同时，在当前数字信息技术和网络技术高速发展的后 PC 时代，嵌入式系统己经深入到生活和工作的方方面面，嵌入式应用拉近人与计 算机的距离，形成一个人机和谐的工作与生活环境，并将发挥更大的作用。 现在的物联网用
2、途广泛，编辑多个领域，本文的设计可以看作是物联网的 一个小分支。 本文正是结合 WIFI 网络和嵌入式 ARM 系统的优势和特点，通过对 WIFI 网络 IEEE 802.11 协议规范和嵌入式 arm uCOS-II 系统深入分析和理解，将两 者结合，设计基于 WIFI soc 的无线通信模块系统。 文中给出了系统原理图和程序代码，对系统的实现做了阐述，详细介绍了 HLK-WIFI-RS232M01 无线模块的 WIFI 接入和 TinyM0Cortex-M0 的复位、初 始化、发送和接收的子程序，以及 802.11 协议栈的部分实现，并给出了验证 结果。 关键词：物联网；WIFI Soc
3、RS232M01；802.11 协议；ARM TinyM0Cortex-M0 Abstract Rapid development in wireless networks, the 802.11 standard has become the mainstream of global wireless networks one direction, at the same time, in the current digital information technology and network technology, the rapid development of post-PC er
4、a, embedded systems have been deep into the life and work all aspects of embedded applications to narrow the distance between people and computers to form a man-machine harmonious working and living environment, and will play a greater role. The Internet of Things is now widely used, edit many areas
5、, this design can be seen as a small branch network objects. This is the combination of WIFI networks and embedded ARM systems and characteristics of something, through the IEEE 802.11 protocol standard WIFI network and embedded arm uCOS-II system, in-depth analysis and understanding, the two combin
6、e, design is based on wireless communication module WIFI soc system. In this paper, the system schematic and program code, implementation of the system has been discussed, details of the HLK-WIFI-RS232M01 wireless module WIFI access and TinyM0-Cortex-M0 reset, initialize, send and receive subroutine, and some 802.11 protocol stack implementation, and gives the validation res
