Software Module Design On 60GHz Millimeter Wave Communication Platform Monitoring Module

With the increasingly development of mobile Internet, the volume of business communications presents explosive growth.meanwhile,the traditional wireless bandwidth is unable to meet the requirements of high-speed communication applications,in this area, the 60 GHz millimeter-wave communication has become a well-hot issue. 60 GHz millimeter-wave communication becomes more and more popular because it can achieve the short-range high-speed communication and it has a wide spectral range and good anti-jamming.I believe that in future it will become one of the most promising technologies in the wireless communication field. Compared to traditional communication hardware platform,60 GHz millimeter-wave communication platform has its own special place.Traditional hardware platform is based on DSP or DSP&FPGA,the hardware platform of this topic is based on ARM&FPGA,as all we know,when ARM processor is equipped with a operating system,it becomes very convenient in the realization of human computer interaction,and it has rich peripheral interfaces.In this topic,we take into account the technical characteristics of 60 GHz millimeter-wave communication, and combine with performance requirements of the project, select the appropriate chips.In chapter one,first it provides an overview of the development of 60 GHz millimeter-wave communication research background and communication technologies.Secondly,it introduces the study status and characteristics of 60 GHz millimeter-wave communication,meanwhile,it also introduces its development prospects.Finally is the framework and the significance of the research topic.In chapter two,i introduce the basic software and hardware development platform dependented on 60 GHz millimeter-wave communication,and custom the operating system wince5.0 kernel which is based on ARM microprocessor SC32442 B and build a software development environment.Finally gives the introduction of the microprocessors which are used in this topic,and gives a brief IIC interface and SPI interface overview.In chapter three,firstly making a detailed presentation of the FPGA configuration mode selectMAP,and then introducing the microprocessor SC32442 B storage system; Finally giving the hardware and software design in configurating FPGA by SC32442 B,meanwhile giving a solution for the problem about hardware design,and ultimately achieve a smooth configuration.In chapter four,under wince5.0 operating system, completed the transplant for the SC32442 B IIC, SPI driver, and on this basis, preparing the corresponding applications to achieve the CPS-1848 chip configuration and mainboard power monitoring.The last chapter is a summary,and gives future research directions.