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PolarCodes-master

于 2021-01-09 发布
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代码说明：

说明：  极化码(基于巴氏参数构造)的编译码工程,内包含系统极化码以及非系统极化码的编译码工程。(The encoding and decoding engineering of polarization code (based on the construction of PAP parameters) includes the encoding and decoding engineering of system polarization code and non system polarization code.)

文件列表：

PolarCodes-master\.gitattributes, 66 , 2018-03-22
PolarCodes-master\getFZlookup\getFZlookup.c, 1335 , 2018-03-22
PolarCodes-master\getFZlookup\getFZlookup.h, 486 , 2018-03-22
PolarCodes-master\getFZlookup\logdomain_tool.c, 579 , 2018-03-22
PolarCodes-master\getFZlookup\logdomain_tool.h, 535 , 2018-03-22
PolarCodes-master\getFZlookup\mexFunction.c, 803 , 2018-03-22
PolarCodes-master\PCdecodeCASCL\logdomain_tool.c, 581 , 2018-03-22
PolarCodes-master\PCdecodeCASCL\logdomain_tool.h, 535 , 2018-03-22
PolarCodes-master\PCdecodeCASCL\mexFunction.c, 1531 , 2018-03-22
PolarCodes-master\PCdecodeCASCL\PCdecoderCASCL.c, 4892 , 2018-03-22
PolarCodes-master\PCdecodeCASCL\PCdecoderCASCL.h, 572 , 2018-03-22
PolarCodes-master\PCdecodeCASCL\PCparams.c, 6884 , 2018-03-22
PolarCodes-master\PCdecodeCASCL\PCparams.h, 1836 , 2018-03-22
PolarCodes-master\PCdecodeCASCL_sys\logdomain_tool.c, 581 , 2018-03-22
PolarCodes-master\PCdecodeCASCL_sys\logdomain_tool.h, 535 , 2018-03-22
PolarCodes-master\PCdecodeCASCL_sys\mexFunction.c, 1539 , 2018-03-22
PolarCodes-master\PCdecodeCASCL_sys\PCdecoderCASCL_sys.c, 5126 , 2018-03-22
PolarCodes-master\PCdecodeCASCL_sys\PCdecoderCASCL_sys.h, 576 , 2018-03-22
PolarCodes-master\PCdecodeCASCL_sys\PCencode_uN.c, 963 , 2018-03-22
PolarCodes-master\PCdecodeCASCL_sys\PCencode_uN.h, 454 , 2018-03-22
PolarCodes-master\PCdecodeCASCL_sys\PCparams.c, 6305 , 2018-03-22
PolarCodes-master\PCdecodeCASCL_sys\PCparams.h, 1836 , 2018-03-22
PolarCodes-master\PCdecodeSC\logdomain_tool.c, 622 , 2018-03-22
PolarCodes-master\PCdecodeSC\logdomain_tool.h, 535 , 2018-03-22
PolarCodes-master\PCdecodeSC\mexFunction.c, 1041 , 2018-03-22
PolarCodes-master\PCdecodeSC\PCdecodeSC.c, 1080 , 2018-03-22
PolarCodes-master\PCdecodeSC\PCdecodeSC.h, 505 , 2018-03-22
PolarCodes-master\PCdecodeSC\PCparams.c, 5187 , 2018-03-22
PolarCodes-master\PCdecodeSC\PCparams.h, 1152 , 2018-03-22
PolarCodes-master\PCdecodeSCL\logdomain_tool.c, 622 , 2018-03-22
PolarCodes-master\PCdecodeSCL\logdomain_tool.h, 535 , 2018-03-22
PolarCodes-master\PCdecodeSCL\mexFunction.c, 1509 , 2018-03-22
PolarCodes-master\PCdecodeSCL\PCdecoderSCL.c, 4183 , 2018-03-22
PolarCodes-master\PCdecodeSCL\PCdecoderSCL.h, 544 , 2018-03-22
PolarCodes-master\PCdecodeSCL\PCparams.c, 6243 , 2018-03-22
PolarCodes-master\PCdecodeSCL\PCparams.h, 1558 , 2018-03-22
PolarCodes-master\PCencode\mexFunction.c, 1034 , 2018-03-22
PolarCodes-master\PCencode\PCencode.c, 1192 , 2018-03-22
PolarCodes-master\PCencode\PCencode.h, 468 , 2018-03-22
PolarCodes-master\PCencode_sys\mexFunction.c, 1009 , 2018-03-22
PolarCodes-master\PCencode_sys\PCencode_sys.c, 1344 , 2018-03-22
PolarCodes-master\PCencode_sys\PCencode_sys.h, 432 , 2018-03-22
PolarCodes-master\README.md, 454 , 2018-03-22
PolarCodes-master\testPC\data_SYS.mat, 121204 , 2020-12-21
PolarCodes-master\testPC\fun\addCRC.m, 312 , 2018-03-22
PolarCodes-master\testPC\fun\deleteCRC.m, 64 , 2018-03-22
PolarCodes-master\testPC\fun\demap_llr.m, 227 , 2018-03-22
PolarCodes-master\testPC\fun\demap_llr_16QAM.m, 4677 , 2018-03-22
PolarCodes-master\testPC\fun\demap_llr_BPSK.m, 82 , 2018-03-22
PolarCodes-master\testPC\fun\demap_llr_QPSK.m, 299 , 2018-03-22
PolarCodes-master\testPC\fun\getFZlookup.mexw64, 1046016 , 2018-03-22
PolarCodes-master\testPC\fun\map.m, 191 , 2018-03-22
PolarCodes-master\testPC\fun\map_16QAM.m, 673 , 2018-03-22
PolarCodes-master\testPC\fun\map_BPSK.m, 197 , 2018-03-22
PolarCodes-master\testPC\fun\map_QPSK.m, 302 , 2018-03-22
PolarCodes-master\testPC\fun\PCdecode.m, 62 , 2018-03-22
PolarCodes-master\testPC\fun\PCdecodeCASCL.mexw64, 1161216 , 2018-03-22
PolarCodes-master\testPC\fun\PCdecodeCASCL_AVX.mexw64, 1161216 , 2018-03-22
PolarCodes-master\testPC\fun\PCdecodeCASCL_ICC.mexw64, 1161216 , 2018-03-22
PolarCodes-master\testPC\fun\PCdecodeCASCL_SSE.mexw64, 1161216 , 2018-03-22
PolarCodes-master\testPC\fun\PCdecodeCASCL_sys.mexw64, 1129984 , 2018-03-22
PolarCodes-master\testPC\fun\PCdecodeCASCL_up.mexw64, 1161216 , 2018-03-22
PolarCodes-master\testPC\fun\PCdecodeSC.mexw64, 1051648 , 2018-03-22
PolarCodes-master\testPC\fun\PCdecodeSCL.mexw64, 1058304 , 2018-03-22
PolarCodes-master\testPC\fun\PCencode.mexw64, 1025536 , 2018-03-22
PolarCodes-master\testPC\fun\PCencode_sys.mexw64, 56832 , 2018-03-22
PolarCodes-master\testPC\fun\PCencode_uN.mexw64, 1013248 , 2018-03-22
PolarCodes-master\testPC\fun\SCL_decoder.mexw64, 25088 , 2018-03-22
PolarCodes-master\testPC\getPlot.m, 1144 , 2018-03-22
PolarCodes-master\testPC\getPlotCA.m, 854 , 2018-03-22
PolarCodes-master\testPC\getPlotSCL.m, 1022 , 2018-03-22
PolarCodes-master\testPC\test2.m, 3371 , 2018-03-22
PolarCodes-master\testPC\test3.m, 3344 , 2018-03-22
PolarCodes-master\testPC\testPCdecode.m, 3153 , 2018-03-22
PolarCodes-master\testPC\testPCsystem.m, 3274 , 2020-12-22
PolarCodes-master\testPC\testPolarCodesCASCL.m, 3156 , 2018-03-22
PolarCodes-master\testPC\testPolarCodesIntel.m, 3510 , 2018-03-22
PolarCodes-master\testPC\testPolarCodesSC.m, 2585 , 2020-12-22
PolarCodes-master\testPC\testPolarCodesSCL.m, 3165 , 2018-03-22
PolarCodes-master\testPC\testQAM.m, 3364 , 2018-03-22
PolarCodes-master\testPC\fun, 0 , 2020-12-22
PolarCodes-master\getFZlookup, 0 , 2020-12-22
PolarCodes-master\PCdecodeCASCL, 0 , 2020-12-22
PolarCodes-master\PCdecodeCASCL_sys, 0 , 2020-12-22
PolarCodes-master\PCdecodeSC, 0 , 2020-12-22
PolarCodes-master\PCdecodeSCL, 0 , 2020-12-22
PolarCodes-master\PCencode, 0 , 2020-12-22
PolarCodes-master\PCencode_sys, 0 , 2020-12-22
PolarCodes-master\testPC, 0 , 2020-12-22
PolarCodes-master, 0 , 2020-12-22

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发表评论

0 个回复

  • Principles-Of-Communication
    通信系统仿真原理与无线应用 《通信系统仿真原理与无线应用》系统地介绍通信系统的设计、分析和仿真方法，还提供了大量极具参考价值的仿真实例。(Simulation principles of communication systems and wireless applications. "A systematic introduction to the design, analysis and simulation of communication systems, it also provides a large number of simulation examples of great reference value.)
    2012-04-16 09:58:48下载
    积分：1
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    2020-11-19 22:09:37下载
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  • dft-sofdm-theoretical-ber-simulation
    高斯信道下DFT-S OFDM 理论误码率仿真代码及其仿真结果图(DFT-S OFDM theoretical BER simulation code and simulation results Figure in Gaussian channel )
    2013-05-22 11:10:08下载
    积分：1
  • ClosedCube_SHT3XA_Library-master
    通过单片机读取sht3x高精度温湿度传感器程序(Read sht3x high precision temperature and humidity sensor program through MCU)
    2018-09-25 06:15:57下载
    积分：1
  • cognitive radio
    频谱感知，生成采样频率，进行能量检测，采用matlab算法(Spectrum sensing, generation of sampling frequency, energy detection, using matlab algorithm)
    2019-01-24 15:48:02下载
    积分：1
  • 433无线解码程序
    433编程程序实例,非常好用的程序代码，容易移植(433 hello mkdadahfadna gacaca)
    2021-01-09 20:38:50下载
    积分：1
  • conv_viterbi
    convolutional coding and viterbi decoding
    2021-05-13 16:30:02下载
    积分：1
  • DigitalRadioMondiale
    DRM(Digital Radio Mondiale)系统采用OFDM调制方式， 引入了先进的信源信道编码和调制技术，使得AM波段的音频广播质量大大提高，在保持现有10kHz带宽时接近了FM广播的质量[5](DRM (Digital Radio Mondiale) system uses OFDM modulation, the introduction of advanced source-channel coding and modulation techniques, making AM-band audio broadcast quality greatly improved, while maintaining the existing 10kHz bandwidth close to the quality of FM broadcasting [5])
    2020-08-23 14:07:39下载
    积分：1
  • DSR
    在OPNET平台上对动态源路由协议的一个完整仿真，可以看到网路中譬如延迟吞吐量等各个关键的参数(n OPNET platform for dynamic source routing protocol simulation of a complete, you can see the various critical parameters such as network latency throughput)
    2014-03-18 15:55:05下载
    积分：1
  • 2
    说明：  2. 关于无线信道的多普勒谱，请回答以下问题： (1) 在某些无线信道中，多普勒频移会引起无线信道输出信号的混叠。请描述产生混叠的各种原因； (2) 无线信道中的多普勒谱有一种经典谱(classic spectrum)，请解释产生这种谱形状的机理； (3) 请用Simulink工具编写代码(S-Function方式)，产生一单径瑞利信道，其多普勒谱为经典谱，其中移动速率为120km/h。并请描述：自己用计算机产生的经典谱是正确的依据。(2. Regarding the doppler spectrum of the wireless channel, please answer the following questions: (1) in some wireless channels, doppler frequency shift will cause aliasing of the output signals of the wireless channel.Describe the various causes of aliasing; (2) there is a classic spectrum in the doppler spectrum in the wireless channel, please explain the mechanism of producing this spectrum shape; (3) please use Simulink tool to write code (s-function mode) to generate a single-path Rayleigh channel, whose doppler spectrum is the classical spectrum, in which the moving rate is 120km/h.And please describe: your own computer generated classical spectrum is the correct basis.)
    2019-01-15 10:49:35下载
    积分：1
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