登录
首页 » VHDL » OFDM_618

OFDM_618

于 2020-08-12 发布
0 238
下载积分: 1 下载次数: 2
我要下载

代码说明：

说明：  基于FPGA的OFDM同步，包含时钟模块、ROM读取模块、峰值检测模块、帧同步模块(OFDM synchronization based on FPGA includes clock module, Rom reading module, peak detection module and frame synchronization module)

文件列表：

OFDM_618, 0 , 2020-06-18
OFDM_618\__Previews, 0 , 2020-06-18
OFDM_618\__Previews\ofdm_data_src.vhdPreview, 79371 , 2020-06-18
OFDM_618\clk_gen.vhd, 1647 , 2020-06-16
OFDM_618\clk_pll.cmp, 996 , 2020-06-18
OFDM_618\clk_pll.ppf, 548 , 2020-06-18
OFDM_618\clk_pll.qip, 361 , 2020-06-18
OFDM_618\clk_pll.vhd, 17218 , 2020-06-18
OFDM_618\db, 0 , 2020-06-18
OFDM_618\db\altsyncram_40r3.tdf, 28215 , 2020-06-18
OFDM_618\db\clk_pll_altpll.v, 4424 , 2020-06-18
OFDM_618\db\logic_util_heursitic.dat, 0 , 2020-06-18
OFDM_618\db\Ma_timing_synchronization.map_bb.logdb, 224 , 2020-06-18
OFDM_618\db\Ma_timing_synchronization.qns, 24 , 2020-06-18
OFDM_618\db\Ma_timing_synchronization.smp_dump.txt, 440 , 2020-06-18
OFDM_618\db\mult_f9t.tdf, 2534 , 2020-06-18
OFDM_618\db\prev_cmp_timing_sync_testor.qmsg, 10788 , 2020-06-18
OFDM_618\db\timing_sync_testor.(0).cnf.cdb, 5386 , 2020-06-18
OFDM_618\db\timing_sync_testor.(0).cnf.hdb, 3229 , 2020-06-18
OFDM_618\db\timing_sync_testor.(1).cnf.cdb, 1703 , 2020-06-18
OFDM_618\db\timing_sync_testor.(1).cnf.hdb, 1133 , 2020-06-18
OFDM_618\db\timing_sync_testor.(10).cnf.cdb, 3249 , 2020-06-18
OFDM_618\db\timing_sync_testor.(10).cnf.hdb, 1561 , 2020-06-18
OFDM_618\db\timing_sync_testor.(11).cnf.cdb, 2808 , 2020-06-18
OFDM_618\db\timing_sync_testor.(11).cnf.hdb, 1350 , 2020-06-18
OFDM_618\db\timing_sync_testor.(12).cnf.cdb, 1996 , 2020-06-18
OFDM_618\db\timing_sync_testor.(12).cnf.hdb, 833 , 2020-06-18
OFDM_618\db\timing_sync_testor.(13).cnf.cdb, 21033 , 2020-06-18
OFDM_618\db\timing_sync_testor.(13).cnf.hdb, 918 , 2020-06-18
OFDM_618\db\timing_sync_testor.(14).cnf.cdb, 1995 , 2020-06-18
OFDM_618\db\timing_sync_testor.(14).cnf.hdb, 839 , 2020-06-18
OFDM_618\db\timing_sync_testor.(15).cnf.cdb, 1995 , 2020-06-18
OFDM_618\db\timing_sync_testor.(15).cnf.hdb, 839 , 2020-06-18
OFDM_618\db\timing_sync_testor.(16).cnf.cdb, 1995 , 2020-06-18
OFDM_618\db\timing_sync_testor.(16).cnf.hdb, 839 , 2020-06-18
OFDM_618\db\timing_sync_testor.(17).cnf.cdb, 1998 , 2020-06-18
OFDM_618\db\timing_sync_testor.(17).cnf.hdb, 837 , 2020-06-18
OFDM_618\db\timing_sync_testor.(2).cnf.cdb, 119327 , 2020-06-18
OFDM_618\db\timing_sync_testor.(2).cnf.hdb, 42445 , 2020-06-18
OFDM_618\db\timing_sync_testor.(3).cnf.cdb, 7018 , 2020-06-18
OFDM_618\db\timing_sync_testor.(3).cnf.hdb, 2123 , 2020-06-18
OFDM_618\db\timing_sync_testor.(4).cnf.cdb, 1408 , 2020-06-18
OFDM_618\db\timing_sync_testor.(4).cnf.hdb, 627 , 2020-06-18
OFDM_618\db\timing_sync_testor.(5).cnf.cdb, 1493 , 2020-06-18
OFDM_618\db\timing_sync_testor.(5).cnf.hdb, 594 , 2020-06-18
OFDM_618\db\timing_sync_testor.(6).cnf.cdb, 1426 , 2020-06-18
OFDM_618\db\timing_sync_testor.(6).cnf.hdb, 972 , 2020-06-18
OFDM_618\db\timing_sync_testor.(7).cnf.cdb, 1993 , 2020-06-18
OFDM_618\db\timing_sync_testor.(7).cnf.hdb, 997 , 2020-06-18
OFDM_618\db\timing_sync_testor.(8).cnf.cdb, 1832 , 2020-06-18
OFDM_618\db\timing_sync_testor.(8).cnf.hdb, 1082 , 2020-06-18
OFDM_618\db\timing_sync_testor.(9).cnf.cdb, 1457 , 2020-06-18
OFDM_618\db\timing_sync_testor.(9).cnf.hdb, 1045 , 2020-06-18
OFDM_618\db\timing_sync_testor.cbx.xml, 657 , 2020-06-18
OFDM_618\db\timing_sync_testor.cmp.rdb, 16860 , 2020-06-18
OFDM_618\db\timing_sync_testor.cmp_merge.kpt, 218 , 2020-06-18
OFDM_618\db\timing_sync_testor.db_info, 140 , 2020-06-18
OFDM_618\db\timing_sync_testor.hier_info, 293794 , 2020-06-18
OFDM_618\db\timing_sync_testor.hif, 4933 , 2020-06-18
OFDM_618\db\timing_sync_testor.ipinfo, 163 , 2020-06-18
OFDM_618\db\timing_sync_testor.lpc.html, 2345 , 2020-06-18
OFDM_618\db\timing_sync_testor.lpc.rdb, 696 , 2020-06-18
OFDM_618\db\timing_sync_testor.lpc.txt, 3900 , 2020-06-18
OFDM_618\db\timing_sync_testor.map.ammdb, 129 , 2020-06-18
OFDM_618\db\timing_sync_testor.map.bpm, 12016 , 2020-06-18
OFDM_618\db\timing_sync_testor.map.cdb, 89390 , 2020-06-18
OFDM_618\db\timing_sync_testor.map.hdb, 79735 , 2020-06-18
OFDM_618\db\timing_sync_testor.map.kpt, 70507 , 2020-06-18
OFDM_618\db\timing_sync_testor.map.logdb, 224 , 2020-06-18
OFDM_618\db\timing_sync_testor.map.qmsg, 765124 , 2020-06-18
OFDM_618\db\timing_sync_testor.map.rdb, 1431 , 2020-06-18
OFDM_618\db\timing_sync_testor.map_bb.cdb, 2131 , 2020-06-18
OFDM_618\db\timing_sync_testor.map_bb.hdb, 13567 , 2020-06-18
OFDM_618\db\timing_sync_testor.map_bb.logdb, 224 , 2020-06-18
OFDM_618\db\timing_sync_testor.pre_map.hdb, 71755 , 2020-06-18
OFDM_618\db\timing_sync_testor.pti_db_list.ddb, 246 , 2020-06-18
OFDM_618\db\timing_sync_testor.root_partition.map.reg_db.cdb, 3529 , 2020-06-18
OFDM_618\db\timing_sync_testor.rtlv.hdb, 69300 , 2020-06-18
OFDM_618\db\timing_sync_testor.rtlv_sg.cdb, 138170 , 2020-06-18
OFDM_618\db\timing_sync_testor.rtlv_sg_swap.cdb, 6142 , 2020-06-18
OFDM_618\db\timing_sync_testor.sgdiff.cdb, 140701 , 2020-06-18
OFDM_618\db\timing_sync_testor.sgdiff.hdb, 69119 , 2020-06-18
OFDM_618\db\timing_sync_testor.sld_design_entry.sci, 277 , 2020-06-18
OFDM_618\db\timing_sync_testor.sld_design_entry_dsc.sci, 277 , 2020-06-18
OFDM_618\db\timing_sync_testor.smart_action.txt, 5 , 2020-06-18
OFDM_618\db\timing_sync_testor.smp_dump.txt, 440 , 2020-06-18
OFDM_618\db\timing_sync_testor.tis_db_list.ddb, 246 , 2020-06-18
OFDM_618\db\timing_sync_testor.tmw_info, 67 , 2020-06-18
OFDM_618\frm_sync.vhd, 3477 , 2015-06-09
OFDM_618\greybox_tmp, 0 , 2020-06-18
OFDM_618\greybox_tmp\cbx_args.txt, 312 , 2020-06-18
OFDM_618\incremental_db, 0 , 2020-06-18
OFDM_618\incremental_db\compiled_partitions, 0 , 2020-06-18
OFDM_618\incremental_db\compiled_partitions\timing_sync_testor.db_info, 140 , 2020-06-18
OFDM_618\incremental_db\compiled_partitions\timing_sync_testor.root_partition.map.cdb, 89299 , 2020-06-18
OFDM_618\incremental_db\compiled_partitions\timing_sync_testor.root_partition.map.dpi, 5376 , 2020-06-18
OFDM_618\incremental_db\compiled_partitions\timing_sync_testor.root_partition.map.hbdb.cdb, 2696 , 2020-06-18
OFDM_618\incremental_db\compiled_partitions\timing_sync_testor.root_partition.map.hbdb.hb_info, 48 , 2020-06-18
OFDM_618\incremental_db\compiled_partitions\timing_sync_testor.root_partition.map.hbdb.hdb, 79492 , 2020-06-18
OFDM_618\incremental_db\compiled_partitions\timing_sync_testor.root_partition.map.hbdb.sig, 32 , 2020-06-18

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

  • IEEE802.15.3a
    说明：  UWB 信道模型，可生成几种常见信道冲击响应(UWB channel modle)
    2021-04-04 16:49:04下载
    积分：1
  • cohesive inp&forUMAT
    ABAQUS对二次开发-cohesive1(The development of ABAQUS)
    2018-01-02 09:42:55下载
    积分：1
  • MATLAB_Programming
    本书是由台湾张智星教授编著的有关MATLAB编程的基础教程，他不同于国内的一些书藉，是一本很好的参考资料。(This book is written by Professor Zhang Zhixing Taiwan edited on the basis of MATLAB programming tutorials, he is different from some of the domestic books, is a very good reference.)
    2008-08-12 09:37:15下载
    积分：1
  • ASExplorer
    网络数据包捕获查看工具, 支持三种 数据包捕获方式： 1、Raw嗅探 2、Hook指定进程API，截获数据包 3、端口数据转发(Network Packet Capture and View Tool supports three ways of data packet capture: 1. Raw Sniffer 2. Hook Specifies Process API, Intercepts Packet 3, Port Data Forwarding)
    2020-06-19 05:00:02下载
    积分：1
  • RapidOMP
    说明：  字典学习与快速正交匹配追踪。正交匹配追求 （OMP） 在过去十年中已被证明是图像和信号处理领域的重要算法，用于估计字典学习中的稀疏表示。多年来，加快 OMP 算法的精度的努力一直通过通用 OMP （g-OMP） 和快速 OMP （f-OMP） 等变体进行。所有这些算法都递归地求解了"S"样本数中每个信号样本的OMP。该算法，快速 OMP （r-OMP），运行"N"原子的循环，同时估计所有样本，并在自N<<S以来的真实场景中，建议的方法将OMP的速度加快几个数量级。(Orthogonal Matching Pursuit (OMP) has proven itself to be a significant algorithm in image and signal processing domain in the last decade to estimate sparse representations in dictionary learning. Over the years, efforts to speed up the OMP algorithm for the same accuracy has been through variants like generalized OMP (g-OMP) and fast OMP (f-OMP). All of these algorithms solve OMP recursively for each signal sample among 'S' number of samples. This algorithm, rapid OMP (r-OMP), runs the loop for 'N' atoms, simultaneously estimating for all samples, and, in a real scene since N<<S, the proposed approach speeds up OMP by several orders of magnitude.)
    2020-12-17 11:06:40下载
    积分：1
  • 计算全球卫星坐标
    计算GPS卫星的坐标值 用文本格式输入星历表 -calculate GPS planet s coordinate and put the form by text
    2023-07-29 15:35:05下载
    积分：1
  • odrViewer64.1.9
    odrviewer orginal for openDrive
    2021-01-05 10:08:54下载
    积分：1
  • xwaf1.py
    waf是一个python写的waf自动绕过工具,上一个版本是bypass_waf,xwaf相比bypass_waf更智能,可无人干预,自动暴破waf(Waf is a waf automatic bypass tool written in python, the previous version is bypass_waf, xwaf is smarter than bypass_waf, no one can intervene, automatically break the waf)
    2020-06-21 04:40:01下载
    积分：1
  • bundle-adjustment-master
    说明：  基于光束法平差优化的C++测试代码，需要先编译cvsba(Beam adjustment optimization test code)
    2020-07-28 12:24:18下载
    积分：1
  • Addressbook using double
    Addressbook using double-linked list. This example shows the use of a double-linked list by implementing an addressbook for the console. It has features like inserting, searching(linear), sorting(bubble sort), deleting and load/save to a file. I wrote this during my study of Applied Computer Science so it s intended mainly for students who want to know about some advanced programming techniques in C. The Code was compiled with MSVC++ 6.0 but it should compile with any ANSI-compliant compiler.
    2022-08-24 01:14:44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！