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IEEE802.16接收机检测模块的FPGA 实现
消耗积分:5 |
格式:rar |
大小:146 |
2009-06-17
贾桂林
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提出了一种采用现场可编程门阵列器件FPGA 实现802.16 接收端MIMO(多输入多输
出)2×2 检测的方案。在C 语言平台对基于并行干扰消除的最小均方误差的算法进行研究和仿真后，使用Verilog 硬件描述语言对MIMO 检测各模块分别设计；均通过了综合和验证；这样本文提出了对系统起重要作用的接收端的MIMO 检测芯片的实现方法。
关键词：现场可编程门阵列；多输入多输出；最小均方误差；空时块码
Abstract: An MIMO(Multiple Input Multiple Output) detection chip is designed by using FPGA based on the IEEE 802.16 standard. The PIC-MMSE algorithm is developed and simulated on C language platform. Each module of MIMO detection chip is designed by Verilog HDL and the function of the whole system is verified by simulation and synthesis. Thus a concise method is discussed for implementation of MIMO detection, which is of vital importance to the broadband wireless access system.
Keywords：FPGA ; Multiple Input Multiple Output; MMSE; Space Time Block Code
出)2×2 检测的方案。在C 语言平台对基于并行干扰消除的最小均方误差的算法进行研究和仿真后，使用Verilog 硬件描述语言对MIMO 检测各模块分别设计；均通过了综合和验证；这样本文提出了对系统起重要作用的接收端的MIMO 检测芯片的实现方法。
关键词：现场可编程门阵列；多输入多输出；最小均方误差；空时块码
Abstract: An MIMO(Multiple Input Multiple Output) detection chip is designed by using FPGA based on the IEEE 802.16 standard. The PIC-MMSE algorithm is developed and simulated on C language platform. Each module of MIMO detection chip is designed by Verilog HDL and the function of the whole system is verified by simulation and synthesis. Thus a concise method is discussed for implementation of MIMO detection, which is of vital importance to the broadband wireless access system.
Keywords：FPGA ; Multiple Input Multiple Output; MMSE; Space Time Block Code
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