1) sum-product algorithm
和积算法
1.
Analysis of Hamming code s iterative decoding performance based on sum-product algorithm;
基于和积算法的汉明码迭代译码性能分析
2.
The results ofcomputer simulation have shown thatthe proposed algorithm, by contrastwith the traditional sum-product algorithm, has similar performance, sometimes less inferior, but lower complexity, which proved the project is potent.
计算机仿真结果显示,简化的译码算法与传统的和积算法相比,译码性能基本接近,有时要稍差一些,但译码复杂度是有明显的下降的,这样即证明了方案的有效性。
3.
Among the decoding algorithms for low-density parity-check(LDPC) code,sum-product algorithm(SPA) has the optimal performance but high complexity,while min-sum algorithm has simple implementation complexity but worse performance.
在LDPC码的译码算法中,和积算法性能最优但复杂性较高,最小和算法实现简单但性能与和积算法相差较多。
2) sum-product algorithm
和-积算法
3) CUSUM(cumulative sum) algorithm
累积和算法
4) sum-product decoding algorithm
和积译码算法
1.
This paper analyzes and simulates the performance of low-density parity-check(LDPC) codes on Nakagami-m channels,proving the symmetry condition and presenting the stability condition of sum-product decoding algorithm on Nakagami-m channels.
给出了LDPC和积译码算法在Nakagami-m信道参数m为1/2的整数倍时对信道初始化消息的两类简化算法,并通过仿真对两类简化算法的性能进行了分析。
5) Sum-Product algorithm
和积译码算法
6) Turbo-Min-Sum-Product (TMSP) algorithm
Turbo型和积算法
补充资料：积积
1.长久累积。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
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