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encoder_and_viterbi_decoder_for(213)_convolutional
- 压缩包内为本人写的(2,1,3)卷积码编码器和维特比(viterbi)译码器.编码器和译码器分别封装在一个类中,每个类的方法和变量均有注解-compressed I write for the (2,1,3) convolutional code encoder and Viterbi (Viterbi) decoder. Encoder and Decoder were packaged in a category, each class methods and variables have
viterbi213
- 提供了一个硬判决的viterbi译码器(2,1,3) 有源程序及算法描述,未成定稿,只供参考 (vhdl 语言描述) -provided a hard decision of the Viterbi Decoder (2,1, 3) the source code and the algorithm descr iption, from his position as final, for reference (vhdl Descr iption Language)
213test
- (2,1,3)卷积码搭建了简单的系统来进行纠错展示,可以实现从编码,加入错误,译码,输入输出码字对比等基本功能,另外加入了交互模块,用户可以自己设定错误比特的数目和位置,使纠错功能显而易见.-(2,1,3) Convolutional Codes built a simple system for correcting display can be realized from coding, joined errors, decoding, the input and output code c
huftree_CODE_SYSTEM
- 哈夫曼码的编/译码系统,实现功能:1.初始化 2.编码 3.译码 4.印代码文件 5.印哈夫曼树-Huffman code encoder / decoder system that functions : 1. Initialization 2. Code 3. Decoding 4. Indian code 5. India Huffman tree
conv_enc_vertebi_dec
- 给出了(2,1,3)卷积编码和维特比译码的源程序
Viterbi
- (2,1,3)卷积码的Viterbi译码C程序,已经验证成功
huffman
- huffman编码,实现1. 初始化 2. 编码 3. 译码 4.显示编码表 5. 退出\")
(2,1,3)卷积码编解码
- (2,1,3)卷积码编解码,viterbi译码
213
- (2,1,3)卷积码的编码和Veterbi译码,用C语言描述,可以跑通-(2,1,3) convolutional code encoding and decoding Veterbi, using C language descr iption, you can run through
code-interleaver-decode
- (2,1,3)卷积码编译码程序。 每行代码有说明,方便阅读 -(2,1,3) convolutional code encoding and decoding procedures. Has made it clear that every line of code to facilitate reading
viterbi_ultmate
- 维特比译码算法,用 VC++编写的(3,1,2)码译码过程,-Viterbi algorithm, using VC++ to prepare the (3,1,2) code decoding process,
213
- 用c语言完成(2,1,3)卷积编码,viterbi译码-Complete with c language (2,1,3) convolutional coding, viterbi decoding
Hviterbi
- 实现卷积编码和相应的维特比译码(卷积码编码器为(2,1,3),维特比译码针对第1、3位模二加和第1、2位模二加)-Convolutional coding and the corresponding realization of Viterbi decoding (convolutional code encoder for the (2,1,3), Viterbi decoder bit mode for the first 1,3 and 1,2 position two plus two
Vitebi
- 用c语言分别实现了对(2,1,3)和(2,1,7)卷积码的译码-Viterb decode c language
Lattice-reduction-aideddetection
- 针对多输入多输出空间相关信道环境,提出了一种基于格规约理论的最小均方误差检测算法.该算法考虑了空间相关性的影响,利用复数Lenstra-Lenstra-Lovász格规约算法克服了传统的线性最小均方误差检测器分集阶数随相关系数增加而减小的缺点,使检测到的信号在高信噪比下可以达到比传统算法低个数量级的误码率.理论分析与仿真结果表明,在信道为Kronecker相关平坦衰落模型下,接收端采用最小均方误差信道估计,发射端采用QPSK调制未使用信道编码,当比特信噪比大于18dB时,基于格规约理论的最小均方
Viterbi
- 该函数实现卷积编码 (2,1,3)卷积码的译码器,生成冲激响应分别为[1 1 1]和[1 0 1] 用维特比译码实现-This function convolution coding (2,1,3) convolutional code decoder to generate the impulse response, respectively [1] and [1 0 1] Viterbi decoding
psk_cc_awgn
- (2,1,3)卷积码编码、vertibi译码、psk调制信号在AWGN信道的BER性能仿真-(2,1,3) convolutional code decoding vertibi psk modulated signals in AWGN channel BER performance simulation
(2-1-3)C
- C语言实现(2,1,3)的卷积码的编码与译码-Convolutional code to achieve the C language
(2,1,3)卷积编码和viterbi译码
- 自己写的(2,1,3)卷积编码器和viterbi译码,测试已通过
卷积码的编码和VB译码
- 在MATLAB上设计一个(2,1,3)卷积编码器和对应的采用维特比译码算法的译码器。编码器的生成多项式为:[1 0 1;1 1 1]。将编码器的输出经过一个高斯白噪声信道的结果作为译码器的输入,观察比较译码器输出和编码器输入,了解卷积码的容错性,并计算译码结果的误比特率.(A convolutional coder (2, 1, 3) and corresponding decoder using Vitby decoding algorithm are designed on MATLAB.