2) 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。
3) integral algorithm
积分算法
1.
The experimental results accord with the theoretic analysis and indicates that the integral algorithm can reject impact satisfactorily.
实验结果与理论分析相一致，都指出积分算法能得到满意的抑制冲击的效
4) trackable synchronous sampling
积型算法
5) convolution algorithm
卷积算法
1.
A convolution algorithm is used in this circuit structure, which is easy to implement in hardware.
采取易于硬件实现的卷积算法,详细分析了该IP核的各个模块和时序,经过EDA软件仿真和综合,并在自行设计的一块FPGA的PCI开发板上进行了验证和性能分析。
6) sum-product algorithm
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。
参考词条