登录
首页 » matlab » spectre-master

spectre-master

于 2019-01-13 发布
0 212
下载积分: 1 下载次数: 6

代码说明:

说明:  The implementation in 1.5x faster than MATLAB 2018a mex code generation (GCC 7.3, Intel Core i7-4790K) for single core mode. * Support GCC, Clang, Intel Compiler. Intel Compiler 2018 in 2.75x faster than GCC 7.3 for single core mode. * OpenMP for SCMA signals loop (outer loop) * `intel_compiler_opt` branch with additional oprimization for Intel Compiler (the fatest results) ## Build * Edit `MATLAB_DIR` in Makefile. * Run `make`. ## Future work Improve of performance.

文件列表:

spectre-master, 0 , 2018-07-04
spectre-master\README.md, 2352 , 2018-07-04
spectre-master\awgn, 0 , 2018-07-04
spectre-master\awgn\betaq_low_v2.m, 4043 , 2018-07-04
spectre-master\awgn\betaq_up_v2.m, 3031 , 2018-07-04
spectre-master\awgn\biawgn_stats.m, 828 , 2018-07-04
spectre-master\awgn\cap_awgn.m, 48 , 2018-07-04
spectre-master\awgn\converse.m, 173 , 2018-07-04
spectre-master\awgn\feinstein_approx.m, 951 , 2018-07-04
spectre-master\awgn\gallager_ach.m, 3250 , 2018-07-04
spectre-master\awgn\kappa.m, 3294 , 2018-07-04
spectre-master\awgn\kappa_inf.m, 221 , 2018-07-04
spectre-master\awgn\kappabeta_ach.m, 683 , 2018-07-04
spectre-master\awgn\ncx2log.m, 1492 , 2018-07-04
spectre-master\awgn\normapx_awgn.m, 186 , 2018-07-04
spectre-master\awgn\normapx_biawgn.m, 148 , 2018-07-04
spectre-master\awgn\optpower.m, 362 , 2018-07-04
spectre-master\awgn\plot_v3.m, 3730 , 2018-07-04
spectre-master\awgn\shannon_ach2.m, 9468 , 2018-07-04
spectre-master\awgn\universe, 0 , 2018-07-04
spectre-master\awgn\universe\load_awgncodes.m, 9154 , 2018-07-04
spectre-master\awgn\universe\me_ldpc, 0 , 2018-07-04
spectre-master\awgn\universe\me_ldpc\.gitignore, 18 , 2018-07-04
spectre-master\awgn\universe\me_ldpc\compute_ab.c, 7802 , 2018-07-04
spectre-master\awgn\universe\me_ldpc\me_multin.m, 2184 , 2018-07-04
spectre-master\awgn\universe\me_ldpc\me_snr.m, 570 , 2018-07-04
spectre-master\awgn\universe\output, 0 , 2018-07-04
spectre-master\awgn\universe\output\.gitignore, 12 , 2018-07-04
spectre-master\awgn\universe\plot_universe.m, 7858 , 2018-07-04
spectre-master\awgn\universe\plot_universe_db.m, 3905 , 2018-07-04
spectre-master\bec, 0 , 2018-07-04
spectre-master\bec\converse.m, 264 , 2018-07-04
spectre-master\bec\converse_spec2.m, 2063 , 2018-07-04
spectre-master\bec\dt_ach.m, 1567 , 2018-07-04
spectre-master\bec\gallager_ach.m, 832 , 2018-07-04
spectre-master\bec\mdist.m, 401 , 2018-07-04
spectre-master\bec\normapx.m, 124 , 2018-07-04
spectre-master\bec\plot_all.m, 846 , 2018-07-04
spectre-master\bec\sumlog2.m, 745 , 2018-07-04
spectre-master\bi-awgn, 0 , 2018-07-04
spectre-master\bi-awgn\converse_mc.m, 12437 , 2018-07-04
spectre-master\bi-awgn\example_per.m, 1068 , 2018-07-04
spectre-master\bi-awgn\example_per.mat, 2776 , 2018-07-04
spectre-master\bi-awgn\example_speff.m, 1240 , 2018-07-04
spectre-master\bi-awgn\example_speff.mat, 1965 , 2018-07-04
spectre-master\block-fading-PAT-SNN, 0 , 2018-07-04
spectre-master\block-fading-PAT-SNN\QPSK_Alamouti_eps.m, 1156 , 2018-07-04
spectre-master\block-fading-PAT-SNN\QPSK_SIMO_eps.m, 1176 , 2018-07-04
spectre-master\block-fading-PAT-SNN\eps_RCUs.m, 183 , 2018-07-04
spectre-master\block-fading-PAT-SNN\eps_RCUs_Alamouti_stable.m, 3481 , 2018-07-04
spectre-master\block-fading-PAT-SNN\eps_RCUs_SPA.m, 994 , 2018-07-04
spectre-master\block-fading-PAT-SNN\eps_RCUs_stable.m, 3357 , 2018-07-04
spectre-master\block-fading-PAT-SNN\idgallagerqpsknn.m, 813 , 2018-07-04
spectre-master\block-fading-PAT-SNN\idsamples.m, 1128 , 2018-07-04
spectre-master\block-fading-PAT-SNN\idsamples_Alamouti.m, 1982 , 2018-07-04
spectre-master\block-fading-PAT-SNN\qpsksample.m, 385 , 2018-07-04
spectre-master\block-fading-PAT-SNN\randcn.m, 400 , 2018-07-04
spectre-master\block-fading-PAT-SNN\relspread.m, 406 , 2018-07-04
spectre-master\bsc, 0 , 2018-07-04
spectre-master\bsc\betanq.m, 2424 , 2018-07-04
spectre-master\bsc\converse.m, 219 , 2018-07-04
spectre-master\bsc\dt_ach.m, 2262 , 2018-07-04
spectre-master\bsc\gallager_ach.m, 867 , 2018-07-04
spectre-master\bsc\normapx.m, 206 , 2018-07-04
spectre-master\bsc\plot_all.m, 1163 , 2018-07-04
spectre-master\bsc\precise_rand.m, 799 , 2018-07-04
spectre-master\bsc\rcu_ach.m, 1585 , 2018-07-04
spectre-master\bsc\sumlog2.m, 822 , 2018-07-04
spectre-master\documentation, 0 , 2018-07-04
spectre-master\documentation\.gitignore, 127 , 2018-07-04
spectre-master\documentation\IEEEabrv.bib, 17463 , 2018-07-04
spectre-master\documentation\Makefile, 5063 , 2018-07-04
spectre-master\documentation\confs-jrnls.bib, 37228 , 2018-07-04
spectre-master\documentation\defs_giuseppe.tex, 1256 , 2018-07-04
spectre-master\documentation\manual.tex, 62676 , 2018-07-04
spectre-master\documentation\plots, 0 , 2018-07-04
spectre-master\documentation\plots\awgn_plot3_ex.eps, 16870 , 2018-07-04
spectre-master\documentation\plots\awgn_plot3_ex.pdf, 7843 , 2018-07-04
spectre-master\documentation\plots\bec_example.eps, 12648 , 2018-07-04
spectre-master\documentation\plots\bec_example.pdf, 5084 , 2018-07-04
spectre-master\documentation\plots\biawgn_plot1_ex.pdf, 16637 , 2018-07-04
spectre-master\documentation\plots\block-csir-mimo.png, 19080 , 2018-07-04
spectre-master\documentation\plots\bsc_example.eps, 12822 , 2018-07-04
spectre-master\documentation\plots\bsc_example.pdf, 5102 , 2018-07-04
spectre-master\documentation\plots\compress_gms.eps, 12340 , 2018-07-04
spectre-master\documentation\plots\energy_awgn.eps, 15752 , 2018-07-04
spectre-master\documentation\plots\energy_awgn.pdf, 6320 , 2018-07-04
spectre-master\documentation\plots\energy_nocsi.eps, 14211 , 2018-07-04
spectre-master\documentation\plots\energy_nocsi.pdf, 5879 , 2018-07-04
spectre-master\documentation\plots\quasi-static-simo.eps, 13904 , 2018-07-04
spectre-master\documentation\plots\quasi-static-simo.pdf, 5700 , 2018-07-04
spectre-master\documentation\plots\snr6eps03M2.pdf, 54666 , 2018-07-04
spectre-master\documentation\refs.bib, 4061 , 2018-07-04
spectre-master\energy-per-bit, 0 , 2018-07-04
spectre-master\energy-per-bit\energy_awgn_ach.m, 889 , 2018-07-04
spectre-master\energy-per-bit\energy_awgn_conv.m, 333 , 2018-07-04
spectre-master\energy-per-bit\energy_awgn_normapx.m, 255 , 2018-07-04
spectre-master\energy-per-bit\energy_csir_conv.m, 1782 , 2018-07-04
spectre-master\energy-per-bit\energy_nocsi_ach_ht.m, 1450 , 2018-07-04
spectre-master\energy-per-bit\energy_nocsi_ach_ml.m, 4122 , 2018-07-04

下载说明:请别用迅雷下载,失败请重下,重下不扣分!

发表评论

0 个回复

  • SQL
    本书对SQL技术的使用和发展进行了全面的讨论。全书共分六大部分,其中第一部分到第五部分分别介绍了SQL的历史和SQL标准的变化,如何使用SQL获取、更新数据,如何构造数据库结构以及如何实现数据的安全方案等,并描述了如何使用ANSI标准中的嵌入式SQL。(This book SQL technology use and development of a comprehensive discussion. The book is divided into six large part to the fifth part of the first part of which introduced the history and the SQL standard SQL changes, how to use SQL to obtain, update data, how to construct the database structure and how to implement data security programs, and describes the How to use the ANSI standard for embedded SQL.)
    2010-03-04 00:11:47下载
    积分:1
  • 3D木头人行走动画
    一款基于纯CSS3的3D木头人行走动画,关于人物行走动画(A CSS3 based 3D Wood Walking animation, about character walking animation.)
    2018-10-31 11:28:20下载
    积分:1
  • 最优化的MATLAN实现,讲的很全面哦,希望对大家有所帮助...
    最优化的MATLAN实现,讲的很全面哦,希望对大家有所帮助-optimal MATLAB realized, said very comprehensive Oh, we want to help
    2022-04-12 20:34:19下载
    积分:1
  • repeat of the classic Tower of Hanoi. Courses designed to do so, not too good, h...
    重演经典的汉诺塔。 做课程设计时做的,不算太好,呵呵…… 不过还算基本规范吧。适合初学者。-repeat of the classic Tower of Hanoi. Courses designed to do so, not too good, huh ... but it still basic norms. For beginners.
    2022-03-23 14:12:05下载
    积分:1
  • 详细介绍了杉木数字低
    文章详细叙述了FIR数字低通滤波的物理意义-Article described in detail FIR digital low-pass filtering the physical meaning of
    2022-05-11 01:19:08下载
    积分:1
  • 简单的学籍管理,虽然只有8kb但可以运行,适用于非计算机专业的C设计...
    简单的学籍管理,虽然只有8kb但可以运行,适用于非计算机专业的C设计-simple unsuccessful management, although only 8kb but can run, apply to non-computer professional C Design
    2023-06-01 17:25:02下载
    积分:1
  • IVI_GSG_LabVIEW_May_6_09[1]
    教你如何用LabView写IVI驱动,以实现某个测量任务。(Getting Started with IVI Drivers,Your Guide to Using IVI with LabVIEW)
    2010-09-19 21:25:37下载
    积分:1
  • JDPackage-master (1)
    京东抢卷、抢购python代码,代码中有注释,可以自行修改功能(Jingdong grabs and snap up Python code. There are notes in the code, which can be modified by itself.)
    2018-11-09 08:18:49下载
    积分:1
  • fiberSPR
    光纤SPR共振峰理论分析,可以改变不同的光纤参数得到共振峰信息(fiber SPR peak)
    2021-04-28 08:58:44下载
    积分:1
  • curvelet软阈值
    在matlab平台上,使用多尺度curvelet变换,对SAR图像的相干斑噪声进行抑制, 先将图像进行对数变换,把相干斑乘性噪声转换为加性噪声,然后使用一种有效的阈值去噪方法,很好的抑制了相干斑噪声,效果不错。(On the MATLAB platform, the multiscale curvelet transform is used to suppress the speckle noise of the SAR image. First, transform the image to logarithmic transformation and transform the speckle multiplicative noise into additive noise. Then an effective threshold denoising method is adopted to suppress the speckle noise very well, and the result is good.)
    2018-02-24 15:53:39下载
    积分:1
  • 696516资源总数
  • 106562会员总数
  • 4今日下载