Development Of Cross Layer Pulse-Based Ultra-Wideband Communication System For Short Range Wireless Application

Muhammad Fadhly, Idris Shah (2015) Development Of Cross Layer Pulse-Based Ultra-Wideband Communication System For Short Range Wireless Application. Project Report. UTeM, Melaka, Malaysia. (Submitted)

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Abstract

Impulse radio Ultra-wideband technology has been the motivation of many recent researches with the potential of many applications to be researched. The uniqueness of the physical characteristics of the generated signal combined with the high flexibility for different data rates at the physical layer design have been addressed in considerable number of researches recently. This research paper presents the introduction of the Impulse radio Ultra-wideband, the literature review for this project, and methodology of the project. Such in depth review can help to have a better understanding of the different possibilities of designing new impulse radio ultra-wideband solution for the future potential communications scenarios. The data analysis of the result also been discussed in this paper. The data analysis consists of two part; MATLAB and SIMULINK. In MATLAB, the codes is debugged and the results is compared to analyse the performance of the receiver based on different parameters. Then, the receiver model for UWB communication is constructed on SIMULINK as it will serve as real-time communication system. This research project is focused more on Pulse Position Modulation and Pulse Amplitude Modulation techniques and Time-Hopping and Direct Sequence are chose as spreading spectrum scheme for this research. As the research been done, IR-UWB proved that this technology is a suitable candidate as cognitive radio solution for next generation of wireless network.

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