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Performance analysis of Wave Length Division and Sub CarrierMultiplexing using different modulation techniques

机译:使用不同调制技术的波分划分和子载波复用的性能分析

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Wireless communication system is a heavy dense composition of signal processing techniques with semiconductor technologies. With the ever increasing system capacity and data rate, VLSI design and implementation method for wireless communications becomes more challenging, which urges researchers in signal processing to provide new architectures and efficient algorithms to meet low power and high performance requirements. This paper presents a survey of recent research, a development in VLSI architecture and signal processing algorithms with emphasis on wireless communication systems. It is shown that while contemporary signal processing can be directly applied to the communication hardware design including ASIC, SoC, and FPGA, much work remains to realize its full potential. It is concluded that an integrated combination of VLSI and signal processing technologies will provide more complete solutions.
机译:无线通信系统是半导体技术中信号处理技术的沉重组成。随着系统容量和数据速率的不断提高,用于无线通信的VLSI设计和实现方法变得更具挑战性,这促使信号处理领域的研究人员提供新的架构和高效的算法,以满足低功耗和高性能的要求。本文介绍了最近的研究概况,重点是无线通信系统的VLSI架构和信号处理算法的发展。结果表明,尽管当代信号处理可以直接应用于包括ASIC,SoC和FPGA在内的通信硬件设计中,但要实现其全部潜能,仍有许多工作要做。结论是,VLSI和信号处理技术的集成组合将提供更完整的解决方案。

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