搜索资源列表
conv_code
- 用VHDL实现卷积码编码，该码为（2.1.3）型卷积码。-using VHDL Convolutional coding, the code (2.1.3) - Convolutional Codes.
gongcehngsheji_477-2
- 使用该VHDL在仿真软件中实现RSC(递归系统卷积)码的编码以及解码硬件仿真-use of the VHDL simulation software in achieving RSC (recursive convolution system) code encoding and decoding hardware simulation
baseband_verilog.rar
- verilog实现的基带信号编码，整个系统分为六个模块，分别为：时钟模块,待发射模块,卷积模块,扩频模块,极性变换和内插模块,成型滤波器,verilog implementation baseband signal coding, the entire system is divided into six modules, namely: the clock module, to be launched modules, convolution module, spread spectrum m
convolution_encoder_VHDL
- 卷积码编译码,由SERVICE、PSDU、TAIL和PAD域组成的DATA域应进行卷积编码，码率应根据所需的传输速率从R=1/2,2/3,3/4中选择-for 802.11a simulation WLAN FEC convolution_encoder g0=133 g1=171 Rate 0:1/2 1:2/3 2:3/4 for 802.11a simulation
chengxu
- 一个分频器，一个卷积编码器的程序，都是VDHL的-A frequency divider, a convolutional encoder program, are VDHL of
viterbi
- verilog程序，实现了（2，1，4）卷积码编码，和基于回溯算法的维特比译码器-verilog program to achieve the (2,1,4) convolutional code encoding, and algorithm based on the back of the Viterbi decoder
ViterbiDecodeK9R12HardDecision
- viterbi 硬判决译码，基本实现了（2，1，9）卷积码的硬判决译码，用modelsim RTL仿真通过-hard-decision viterbi decoding, the basic realization of the (2,1,9) convolutional codes hard decision decoding, using modelsim RTL simulation through
juanjiqi
- 这是一个卷积器的设计，源码值得好好地学习-This is a convolution design, source code should be a good learning
cc_encode
- 卷积码，并行编码，FPGA，通过了测试验证-CC Code， Parallel Coding， FPGA
Convolutionalencoder
- 应用VHDL语言实现的卷积编码器的应用程序-Application of VHDL language implementation of the convolutional encoder applications
juanji
- 采用vhdl语言编写的卷积编码（2.1.7），通过调试可直接下载使用-Convolution using vhdl language code (2.1.7) can be directly downloaded through the use of debugging
123
- 将通过仿真的VHDL 程序下载到FPGA 芯片EPF10K10LC84-3 上，取得了较为满意的结果。本设计选择的(3,1,2)卷积码和（2,1,1）卷积码,都是极具代表性的卷积码。因为卷积码具有相似的结构和特点，所以(3,1,2)卷积编码器和（2,1,1）卷积解码器的设计思想，具有普遍适用性。-Through the simulation of the VHDL program downloaded to the FPGA chip EPF10K10LC84-3, the obtained s
juanji
- FPGA的卷积编码小程序，VHDL描述，参数为2，1，7.-2,1,7 cov with VHDL.
OFDM_FPGA
- OFDM的FPGA实现 内含卷积编码 交织，频偏检测 完整的OFDM实现代码 -The FPGA contains OFDM convolutional coding to achieve interleaving, OFDM frequency offset detecting the full implementation code
finial_test
- 卷积码和Viterbi译码的源程序，在Xilinx ISE环境下使用Verilog编写，有助于卷积码和Viterbi译码的学习-Convolutional codes and Viterbi decoding of the source, in the Xilinx ISE environment, use of Verilog prepared to help convolutional codes and Viterbi decoding of the study
convolution
- convolution卷积码生成器程序设计及仿真源代码-convolution convolutional code generator source code of program design and simulation
FPGA-convolutions-encoder
- 卷积码是数字通信中很重要的一种差错控制编码 具有很好的性能,用硬件的形式描述具有速度快，便于修改的优点，通过该种方法设，计的编码器经测试运行可靠正确。-Convolutional codes are very important in digital communication error control coding with a good performance, with the descr iption of the hardware in the form of a fast, eas
encoder
- 802.11a卷积码的实现，使用公式133和177，可以用标准viterbi解码-802.11a convolutional code to achieve, using the formula 133 and 177, you can use standard viterbi decoding
15Turbo
- urbo码是1993年法国人Berrou提出的一种新型编码方法。它巧妙的将卷积码和随机交织器结合在一起；同时，采用软输出迭代译码来逼近最大似然译码-urbo code is 1993 French Berrou proposed a new encoding method. It is clever to convolutional codes and random interleaver together the same time, the use of soft-output itera
卷积交织器解交织器设计
- 交织技术通常分为分组交织和卷积交织。分组交织过程是数据先按行写入，再按列读出；解交织过程是数据先按列写入，再按行读出。其特点是结构简单，但数据延时时间长，而且所需的存储器比较大。(Interleaving techniques are usually divided into packet interleaving and convolution interleaving. Packet interleaving process is the first data written by row,