Performances Comparison(性能比较)研究综述
Performances Comparison 性能比较 - Performances comparison of diverse soft and hard decision LDPC decoder schemes such as Min-Sum (MS), weighted bit flipping (WBF), Gradient Descent Bit-Flip (GDBF), Noisy Gradient Descent Bit-Flip (NGDBF) and its few variants including the Single-bit NGDBF (S-NGDBF), Multi-bit NGDBF (M-NGDBF) and Smoothed-Multi-bit NGDBF (SM-NGDBF) decoders were examined in the modeled network. [1] Performances comparison between iPhone 4s and iPhone 5s is also achieved. [2] Furthermore, a performances comparison is carried out for four bi-fluid PV/$T$ collectors using different cooling fluid (eg. [3] This paper aims to develop a tool for the performances comparison of innovative energy systems on board ships, both for concentrated and distributed generation applications. [4] The performances comparison are presented in numerical results. [5] For the performances comparison, the standard Gauss-Seidel (GS), Successive Over-Relaxation (SOR) and 2-EGSOR iterative method will be set to produce almost the similar quality image of Jacobi iterative method measured by using percentage error of the overall pixels difference. [6]各种软硬判决 LDPC 解码器方案的性能比较，例如 Min-Sum (MS)、加权比特翻转 (WBF)、梯度下降比特翻转 (GDBF)、噪声梯度下降比特翻转 (NGDBF) 及其少数变体，包括在建模网络中检查了单比特 NGDBF (S-NGDBF)、多比特 NGDBF (M-NGDBF) 和平滑多比特 NGDBF (SM-NGDBF) 解码器。 [1] 还实现了 iPhone 4s 和 iPhone 5s 的性能对比。 [2] 此外，对使用不同冷却液（例如 [3] 本文旨在开发一种工具，用于比较船上创新能源系统的性能，包括集中式和分布式发电应用。 [4] 性能比较以数值结果呈现。 [5] 为了进行性能比较，将设置标准的高斯-赛德尔（GS）、连续过度松弛（SOR）和2-EGSOR迭代方法，以产生与使用整体像素百分比误差测量的雅可比迭代方法几乎相似的质量图像区别。 [6]