登录
首页 » matlab » spectre-master

spectre-master

于 2019-01-13 发布 文件大小:390KB
0 193
下载积分: 1 下载次数: 4
我要下载

代码说明：

  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

  • 一个模拟程序，起飞和降落的机场，飞机运动的作用。
    一个模拟飞机场升降的程序，飞机的升降数目符合泊松分布-A simulation program taking off and landing airport, aircraft movements is in accordance with Poisson distribution
    2022-03-01 13:29:53下载
    积分：1
  • 一款简单的C++文字游戏
    这是一款简单的C++文字游戏。c++新手之作。仅供参考。还有很多不完善的地方。例如可以用更多的inheritance啥的。可做练习。
    2023-08-04 00:55:05下载
    积分：1
  • localPlanning
    主函数Main，方法：栅格法+B样条平滑；功能：给定其实点和目标点进行路径规划，避障等功能(Grid method, path planning, +B spline smoothing)
    2021-04-26 19:28:45下载
    积分：1
  • VC++ 6.0 时间控件用法范例
    一个使用时间控件的VC++范例源码，这个控件可让用户对所输入时间的精确手动微调，是一个方便用户和减少程序出错率的实用控件，如截图所示的效果。一些相关的设置： 　　//选择短日期显示格式 　　m_ctrlDateTime1.ModifyStyle(0, DTS_SHORTDATEFORMAT, 0); 　　//选择时间显示格式 　　m_ctrlDateTime2.ModifyStyle(0, DTS_TIMEFORMAT, 0); 　　//获得当前时间 　　CTime time = CTime::GetCurrentTime(); 　　//设置时间 　　m_ctrlDateTime1.SetTime(&time); 　　m_ctrlDateTime2.SetTime(&time);
    2022-02-20 22:22:06下载
    积分：1
  • 20180417--Model-one-3 - 1
    说明：  用python语言开发的程序，主要用于ABAQUS平台模拟水泥环损坏问题。水泥环采用塑性损伤模型。(The program developed in Python language is mainly used to simulate the damage of cement sheath on ABAQUS platform. Plastic damage model is adopted for cement sheath.)
    2019-04-30 10:44:36下载
    积分：1
  • word_aligner_8bit_test
    CMV2000的对齐模块，适用于其他对齐模块，自行修改(CMV2000 alignment module, suitable for other alignment modules, self-modifying)
    2020-06-16 07:00:01下载
    积分：1
  • EV2300 VB Example
    基于bq80xwr.ocx 开发的例程。语言为VB。用于控制ev2300，方便开发各位bq芯片的测试工具，以及相关软件。(A routine based on bq80xwr.ocx development. The language is VB. To control ev2300, to facilitate the development of the BQ chip testing tools, as well as related software.)
    2018-03-11 10:15:33下载
    积分：1
  • 遗传算法求函数最优解
    遗传算法求解函数的最大值，且函数只有一个变量。求函数f(x)=x+10*sin(5x)+7*cos(4x)，x∈[0,9]。染色体长度为20，交叉概率为0.95，变异概率为0.08，迭代次数为25。 程序修改后可以用于多参数函数的求解。
    2022-07-16 21:22:56下载
    积分：1
  • 是用verilog写的,解复接程序,可以把复接的反过来,一般用在解码程序中!...
    是用verilog写的,解复接程序,可以把复接的反过来,一般用在解码程序中!-verilog is written, Demultiplexer procedures can multiplexing the contrary, generally used in the decoding process.
    2023-08-10 01:35:04下载
    积分：1
  • vhdl5
    program for half subtractor.
    2009-10-02 16:10:13下载
    积分：1
  • 696516资源总数
  • 106914会员总数
  • 0今日下载

热门标签

Visual C++ matlab C/C++ Java Others Unix_Linux EasyLanguage易语言 Visual Basic C# PDF C++ Delphi VHDL ASP WINDOWS
热门下载

Copyright© 2019-2026 | Powered by Imdn | 浙ICP备16007336号 | IMDN交流 | 联系客服（QQ：3324461878）

本网站资源收集自网络及网站用户上传，若有侵权请邮件至（3324461878@qq.com），核实后我们会在24小时内删除，谢谢！