Design and Implementation of Wireless Embedded Systems at 60 GHz Millimeter - Wave for Vehicular Communication

Globally, there is a burning desire for a communication system that provides high quality, high capacity and high speed information exchange and we need to develop an extremely spectrum-efficient transmission technology for the same. This paper describes a realistic capacity and BER comparison of a robust and secured multiple access schemes and develops a wireless embedded system at 60 GHz Millimeter-Wave using WiMAX waveform. The system is tested at the laboratory with multimedia transmission and reception but yet to be tested after mounting on the vehicles. Technical expertise are developed towards Simulink programming, methods of poring to VSG, IF and millimeter wave hardware, RTSA use, Data Acquisition and DSP. With proper deployment of this 60 GHz system on vehicles, the existing commercial products for 802.11P will be required to be replaced or updated soon. Simulation and implementation of the results will elucidate that a significant amelioration in the spectral efficiency parameter can be achieved using the proposed WiMAX at 60GHz which provides both frequency diversity and spectral efficiency to yield a powerful and affordable solution for superhigh speed/4G transmission and ever-increasing requirement of high throughput in wideband multimedia communications and ITS in vehicular communication.