the paper compares some algorithms on rs decoding, makes improvements based on the me algorithm, removes the modifying step in decoding truncate rs code, corrects unsuitable statements in the related papers, and parameterizes the rs decoding module, reducing its area by 20 % . the paper overcomes the signal integration problem in multi-clock design, greatly lowers the phase jitter without area increase, introduces pll to adjust rate for the first time, and parameterizes the module 本文比较了实现rs解码的几种算法,并在me算法基础上进行改进,创造性的去掉了缩短码解码中的校正环节,纠正了有关论文中的不当论述,并将rs解码模块进行了参数化设计,同时也将rs解码的规模缩小了20;克服了多时钟设计中的信号完整性难题,在没有增加模块面积的条件下,大幅降低数据的相位摘要抖动,首次引入锁相环来调整速率。
the paper compares some algorithms on rs decoding, makes improvements based on the me algorithm, removes the modifying step in decoding truncate rs code, corrects unsuitable statements in the related papers, and parameterizes the rs decoding module, reducing its area by 20 % . the paper overcomes the signal integration problem in multi-clock design, greatly lowers the phase jitter without area increase, introduces pll to adjust rate for the first time, and parameterizes the module 本文比较了实现rs解码的几种算法,并在me算法基础上进行改进,创造性的去掉了缩短码解码中的校正环节,纠正了有关论文中的不当论述,并将rs解码模块进行了参数化设计,同时也将rs解码的规模缩小了20;克服了多时钟设计中的信号完整性难题,在没有增加模块面积的条件下,大幅降低数据的相位摘要抖动,首次引入锁相环来调整速率。