A New Design of HDB3 Encoder and Decoder Based on FPGA

Yang Zhang, Xiumin Wang, Yuduo Wang
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引用次数: 4

Abstract

A new design of HDB3 encoder / decoder based on FPGA is proposed to deal with the high complexity and long output delay of the encoder and no error correction function of the decoder which have been implemented so far. The encoder has the function of converting a NRZ code sequence to a HDB3 sequence and the decoder, vice versa. Meanwhile the decoder can correct the errors in the received HDB3 sequence according to a certain rule. Synthesis reports show that the encoder and decoder are both simple–structured; Simulation results show that the encoder has a shorter output delay and the decoder has a better function of error detecting and correcting which greatly improves the reliability of the system.
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基于FPGA的HDB3编解码器设计
针对目前已实现的HDB3编/解码器高复杂度、输出延迟长以及解码器无纠错功能的问题,提出了一种基于FPGA的HDB3编/解码器设计方案。编码器具有将NRZ编码序列转换为HDB3序列的功能,解码器具有将NRZ编码序列转换为HDB3序列的功能,反之亦然。同时,解码器根据一定的规则对接收到的HDB3序列中的错误进行校正。综合报告表明,该编码器和解码器结构简单;仿真结果表明,该编码器具有较短的输出延迟,解码器具有较好的检错和纠错功能,大大提高了系统的可靠性。
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