搜索资源列表
BCHCODE
- 这段程序包含BCH(16,8) /BCH(17,9)的截短码/的编码表和错误图样表 以及解码程序BCH_DECODE(),可用于BCH(16,8)的编解码 提供较高的编解码速度,和很强的就错能力-This section contains BCH (16,8)/BCH 17,9 (short)/coding sheets and error patterns BCH_DECODE procedures and decoding (), can be used for BCH (c
ldpcmatcode
- 描述在matlab环境下,bch的误码率,仿真给出了在编码情况下的误码比较,可以清楚的得出bch码的编码增益。-Describes the matlab environment, bch the BER, the simulation is given in case of error in the code comparison can be drawn clearly bch code coding gain.
4bits_ECC_BCH
- Nand Flash纠错,4bits+纠错ECC+BCH算法源代码-Nand Flash error correction, 4bits+ ECC+ BCH error correction algorithm source code
BCH_RS_matlab
- 基于matlab的BCH与RS的编译码程序,对研究纠错编码的朋友很有参考价值-Matlab-based Encoding and Decoding of BCH and the RS process, the study of error correction coding is very valuable friend
bchencodeanddecodewitcorrection
- bch encode and decode wit error correction for bch(255,233)
BCH-dec
- 基于C的BCH纠错码研究,已经做了调试,和你好用。-C-based study of the BCH error correction code, debugging has been done, and Hello to use.
BCH-code-_matlab
- 循环码是线性分组码中最重要的一种子类,是目前研究得比较成熟的一类码。它的检、纠错能力较强,编码和译码设备并不复杂,而且性能较好,不仅能纠正随机错误,也能纠正突发错误。循环码还有易于实现的特点,很容易用带反馈的移位寄存器实现其硬件 。循环码具有许多特殊的代数性质,这些性质有助于按照要求的纠错能力系统地构造这类码,并且简化译码算法,目前发现的大部分线性码与循环码有密切关系正是由于循环码具有码的代数结构清晰、性能较好、编译码简单和易于实现的特点,因此在目前的计算机纠错系统中所使用的线性分组码几乎都是循
bch-codes-stanford
- BCH codes are another class of code in error control coding
BCH
- BCH 是纠错能力可控的纠错编码,是循环码的子类. 介绍了BCH 码的编码原理和设计方法,在特定信道和调制方式下对经过BCH 编码的系统进行仿真,分析BCH 码在特定信道下的编码增益.-BCH is error correction ability of controllable error correction coding, is a subclass of cyclic code. Introduces BCH code coding principle and design method
Performance-Analysis-of-(63-56)-Bch-Code-Using-mu
- BCh code for error correction contro-BCh code for error correction controll
NANDFlash-controller-BCH-code
- 提出一种应用于 NAND Flash 控制器的并行 BCH 编/译码器,在译码阶段引入流水线操作和分组预取译码操作,提升 BCH 码的译 码效率。实验结果表明,在 NAND Flash 的 2 KB 页读取操作中,该编/译码器纠正 8 bit 的随机错误只需要 565 个周期的译码时间,是采用按页预取译码方式所需时间的 1/4。 -Anew architecture of parallel BCH encoder and decoder applied in NAND Flash Con
bch
- BCH(15,5,7)a communication system consists of binary source, 3 error-correcting BCH code of length 15 over GF(24) (i.e, BCH (15,5,7 code), the primitive polynomial is p(x)=1+x+x4), BPSK modulator, AWGN channel, coherent demodulator, decoder (either B
bch
- bch码生成程序。可选择生成矩阵、生成组数、误码率。-bch code generation process. Optional generation matrix, generating the number of groups, the bit error rate.
error-detection-using-BCH-code
- error detection and correction using BCH code
BCH
- 该编码能实现bch码的编码和解码,在人工输入错误数和错误位数时,可实现自动纠错。-This code can realize the encoding and decoding of BCH code, when human input error number and error digits, it can realize the automatic error correction.
BCH-and-Modulator
- Example Communication Program with Encoder, Modulator, Decoder, and Demodulator block Especially Block Coding with BCH (Bose Chaudury Hocquenghem) Error Correction
BCH-Code
- 通过MATLAB仿真实现对编译码的纠错控制。-The error correction of encoding and decoding is realized by MATLAB simulation.
bch
- This code is used to encode the BCH error correcting codes in wireless optical channels
bch_vs2010
- 使用VS2010移植的标准BCH编解码程序,可以自定义BCH的参数,编解码的结果与主流硬件BCH一直,用于BCH纠错测试验证;也可以用作BCH算法的学习,有兴趣的朋友可以看看。(Using the standard BCH coding and decoding program of VS2010 transplant, we can customize the parameters of BCH, the result of codec and the mainstream hardware
stm32f_nand_flash_bch
- 使用STM32F407开发的 NAND FLASH接口部分,实现了NAND FLASH的基础命令操作,使用STM32自带的BCH,可以实现完整的纠错功能,可以用来学习NAND FLASH 或者调试;由兴趣的朋友可以看看(Using the NAND FLASH interface part developed by STM32F407, the basic command operation of NAND FLASH is realized, and BCH with STM32 is use