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OFDM-system-FPGA-design

于 2020-06-06 发布
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说明：  OFDM基带处理的书籍和论文，以及发送和接收端源码。(OFDM baseband processing books and papers, as well as send and receive source code.)

文件列表：

OFDM-system-FPGA-design\ofdm.pdf, 1999988 , 2007-03-21
OFDM-system-FPGA-design\RECEIVER\CFO_CORRECTION.RAR, 412206 , 2008-07-11
OFDM-system-FPGA-design\RECEIVER\CHANNEL_EQUALIZER.RAR, 226041 , 2008-07-12
OFDM-system-FPGA-design\RECEIVER\DEINTERLEAVER.RAR, 170899 , 2008-07-12
OFDM-system-FPGA-design\RECEIVER\DESCRAMBLER.RAR, 136506 , 2008-07-12
OFDM-system-FPGA-design\RECEIVER\FRAME_DETECTION.RAR, 282684 , 2008-07-11
OFDM-system-FPGA-design\RECEIVER\PHASE_TRACKING.RAR, 193302 , 2008-07-11
OFDM-system-FPGA-design\RECEIVER\QAM16_DEMAPPING.RAR, 153089 , 2008-07-12
OFDM-system-FPGA-design\RECEIVER\SAMPLING_FREQUENCY_SYNCHRONIZATION.RAR, 448197 , 2008-07-13
OFDM-system-FPGA-design\RECEIVER\TIMING_SYMCRONIZATION.RAR, 153608 , 2008-07-11
OFDM-system-FPGA-design\RECEIVER\VITERBI.RAR, 148804 , 2008-07-13
OFDM-system-FPGA-design\TRANSMITTER\CLOCK_GENERATOR\CLOCK_GENERATOR\CLK_GENERATOR_SUMMARY.HTML, 2317 , 2008-03-18
OFDM-system-FPGA-design\TRANSMITTER\CLOCK_GENERATOR\CLOCK_GENERATOR\CLOCK_GENERATOR.ISE, 261062 , 2008-03-18
OFDM-system-FPGA-design\TRANSMITTER\CLOCK_GENERATOR\CLOCK_GENERATOR\CLOCK_GENERATOR.ISE_ISE_BACKUP, 261062 , 2008-03-18
OFDM-system-FPGA-design\TRANSMITTER\CLOCK_GENERATOR\CLOCK_GENERATOR\CLOCK_GENERATOR.RESTORE, 48790 , 2008-03-18
OFDM-system-FPGA-design\TRANSMITTER\CLOCK_GENERATOR\CLOCK_GENERATOR\CLOCK_GENERATOR.V, 2790 , 2008-03-18
OFDM-system-FPGA-design\TRANSMITTER\CLOCK_GENERATOR\CLOCK_GENERATOR\CLOCK_GENERATOR_SUMMARY.HTML, 2319 , 2008-03-18
OFDM-system-FPGA-design\TRANSMITTER\CLOCK_GENERATOR\CLOCK_GENERATOR\DCM1.XAW, 3690 , 2008-03-18
OFDM-system-FPGA-design\TRANSMITTER\CP_ADDER\BRAM1I.ASY, 910 , 2008-03-18
OFDM-system-FPGA-design\TRANSMITTER\CP_ADDER\BRAM1I.EDN, 28681 , 2008-03-18
OFDM-system-FPGA-design\TRANSMITTER\CP_ADDER\BRAM1I.SYM, 1374 , 2008-03-18
OFDM-system-FPGA-design\TRANSMITTER\CP_ADDER\BRAM1I.V, 4899 , 2008-03-18
OFDM-system-FPGA-design\TRANSMITTER\CP_ADDER\BRAM1I.VEO, 3059 , 2008-03-18
OFDM-system-FPGA-design\TRANSMITTER\CP_ADDER\BRAM1I.VHD, 5200 , 2008-03-18
OFDM-system-FPGA-design\TRANSMITTER\CP_ADDER\BRAM1I.VHO, 3829 , 2008-03-18
OFDM-system-FPGA-design\TRANSMITTER\CP_ADDER\BRAM1I.XCO, 2327 , 2008-03-18
OFDM-system-FPGA-design\TRANSMITTER\CP_ADDER\BRAM1R.ASY, 910 , 2008-03-18
OFDM-system-FPGA-design\TRANSMITTER\CP_ADDER\BRAM1R.EDN, 28680 , 2008-03-18
OFDM-system-FPGA-design\TRANSMITTER\CP_ADDER\BRAM1R.SYM, 1373 , 2008-03-18
OFDM-system-FPGA-design\TRANSMITTER\CP_ADDER\BRAM1R.V, 4899 , 2008-03-18
OFDM-system-FPGA-design\TRANSMITTER\CP_ADDER\BRAM1R.VEO, 3059 , 2008-03-18
OFDM-system-FPGA-design\TRANSMITTER\CP_ADDER\BRAM1R.VHD, 5200 , 2008-03-18
OFDM-system-FPGA-design\TRANSMITTER\CP_ADDER\BRAM1R.VHO, 3829 , 2008-03-18
OFDM-system-FPGA-design\TRANSMITTER\CP_ADDER\BRAM1R.XCO, 2330 , 2008-03-18
OFDM-system-FPGA-design\TRANSMITTER\CP_ADDER\BRAM2I.ASY, 910 , 2008-03-18
OFDM-system-FPGA-design\TRANSMITTER\CP_ADDER\BRAM2I.EDN, 28681 , 2008-03-18
OFDM-system-FPGA-design\TRANSMITTER\CP_ADDER\BRAM2I.SYM, 1374 , 2008-03-18
OFDM-system-FPGA-design\TRANSMITTER\CP_ADDER\BRAM2I.V, 4899 , 2008-03-18
OFDM-system-FPGA-design\TRANSMITTER\CP_ADDER\BRAM2I.VEO, 3059 , 2008-03-18
OFDM-system-FPGA-design\TRANSMITTER\CP_ADDER\BRAM2I.VHD, 5200 , 2008-03-18
OFDM-system-FPGA-design\TRANSMITTER\CP_ADDER\BRAM2I.VHO, 3829 , 2008-03-18
OFDM-system-FPGA-design\TRANSMITTER\CP_ADDER\BRAM2I.XCO, 2327 , 2008-03-18
OFDM-system-FPGA-design\TRANSMITTER\CP_ADDER\BRAM2R.ASY, 910 , 2008-03-18
OFDM-system-FPGA-design\TRANSMITTER\CP_ADDER\BRAM2R.EDN, 28681 , 2008-03-18
OFDM-system-FPGA-design\TRANSMITTER\CP_ADDER\BRAM2R.SYM, 1374 , 2008-03-18
OFDM-system-FPGA-design\TRANSMITTER\CP_ADDER\BRAM2R.V, 4899 , 2008-03-18
OFDM-system-FPGA-design\TRANSMITTER\CP_ADDER\BRAM2R.VEO, 3059 , 2008-03-18
OFDM-system-FPGA-design\TRANSMITTER\CP_ADDER\BRAM2R.VHD, 5200 , 2008-03-18
OFDM-system-FPGA-design\TRANSMITTER\CP_ADDER\BRAM2R.VHO, 3829 , 2008-03-18
OFDM-system-FPGA-design\TRANSMITTER\CP_ADDER\BRAM2R.XCO, 2327 , 2008-03-18
OFDM-system-FPGA-design\TRANSMITTER\CP_ADDER\CP_ADDER.ISE, 292575 , 2008-03-18
OFDM-system-FPGA-design\TRANSMITTER\CP_ADDER\CP_ADDER.ISE_ISE_BACKUP, 291731 , 2008-03-18
OFDM-system-FPGA-design\TRANSMITTER\CP_ADDER\CP_ADDER.RESTORE, 49433 , 2008-03-18
OFDM-system-FPGA-design\TRANSMITTER\CP_ADDER\CP_ADDER.V, 4329 , 2014-08-19
OFDM-system-FPGA-design\TRANSMITTER\CP_ADDER\CP_ADDER.V.bak, 4333 , 2008-03-18
OFDM-system-FPGA-design\TRANSMITTER\CP_ADDER\CP_ADDER_SUMMARY.HTML, 2291 , 2008-03-18
OFDM-system-FPGA-design\TRANSMITTER\CP_ADDER\TEMPLATES\COREGEN.XML, 6209 , 2008-03-18
OFDM-system-FPGA-design\TRANSMITTER\DATA_16QAM_MAP\DATA_16AM_MAP.ISE, 257088 , 2008-03-18
OFDM-system-FPGA-design\TRANSMITTER\DATA_16QAM_MAP\DATA_16AM_MAP.ISE_ISE_BACKUP, 256226 , 2008-03-18
OFDM-system-FPGA-design\TRANSMITTER\DATA_16QAM_MAP\DATA_16AM_MAP.RESTORE, 48715 , 2008-03-18
OFDM-system-FPGA-design\TRANSMITTER\DATA_16QAM_MAP\DATA_16QAM_MAP.V, 2703 , 2008-03-18
OFDM-system-FPGA-design\TRANSMITTER\DATA_16QAM_MAP\DATA_16QAM_MAPPER_SUMMARY.HTML, 2315 , 2008-03-18
OFDM-system-FPGA-design\TRANSMITTER\DATA_16QAM_MAP\DATA_16QAM_MAP_SUMMARY.HTML, 2312 , 2008-03-18
OFDM-system-FPGA-design\TRANSMITTER\DATA_CONV_ENCODE\CONV_ENCODER.V, 708 , 2008-03-18
OFDM-system-FPGA-design\TRANSMITTER\DATA_CONV_ENCODE\DATA_CONV_ENCODE.ISE, 260211 , 2008-03-18
OFDM-system-FPGA-design\TRANSMITTER\DATA_CONV_ENCODE\DATA_CONV_ENCODE.ISE_ISE_BACKUP, 260211 , 2008-03-18
OFDM-system-FPGA-design\TRANSMITTER\DATA_CONV_ENCODE\DATA_CONV_ENCODE.RESTORE, 48753 , 2008-03-18
OFDM-system-FPGA-design\TRANSMITTER\DATA_CONV_ENCODE\DATA_CONV_ENCODE.V, 6674 , 2008-03-18
OFDM-system-FPGA-design\TRANSMITTER\DATA_CONV_ENCODE\DATA_CONV_ENCODER_SUMMARY.HTML, 2324 , 2008-03-18
OFDM-system-FPGA-design\TRANSMITTER\DATA_CONV_ENCODE\DATA_CONV_ENCODE_SUMMARY.HTML, 2323 , 2008-03-18
OFDM-system-FPGA-design\TRANSMITTER\DATA_INTERLEAVER\DATA_INTERLEAVER\COUNT24.ASY, 424 , 2008-03-18
OFDM-system-FPGA-design\TRANSMITTER\DATA_INTERLEAVER\DATA_INTERLEAVER\COUNT24.EDN, 17535 , 2008-03-18
OFDM-system-FPGA-design\TRANSMITTER\DATA_INTERLEAVER\DATA_INTERLEAVER\COUNT24.SYM, 687 , 2008-03-18
OFDM-system-FPGA-design\TRANSMITTER\DATA_INTERLEAVER\DATA_INTERLEAVER\COUNT24.V, 4231 , 2008-03-18
OFDM-system-FPGA-design\TRANSMITTER\DATA_INTERLEAVER\DATA_INTERLEAVER\COUNT24.VEO, 2969 , 2008-03-18
OFDM-system-FPGA-design\TRANSMITTER\DATA_INTERLEAVER\DATA_INTERLEAVER\COUNT24.VHD, 4267 , 2008-03-18
OFDM-system-FPGA-design\TRANSMITTER\DATA_INTERLEAVER\DATA_INTERLEAVER\COUNT24.VHO, 3551 , 2008-03-18
OFDM-system-FPGA-design\TRANSMITTER\DATA_INTERLEAVER\DATA_INTERLEAVER\COUNT24.XCO, 1820 , 2008-03-18
OFDM-system-FPGA-design\TRANSMITTER\DATA_INTERLEAVER\DATA_INTERLEAVER\DATA_INTERLEAVER.ISE, 294858 , 2008-03-18
OFDM-system-FPGA-design\TRANSMITTER\DATA_INTERLEAVER\DATA_INTERLEAVER\DATA_INTERLEAVER.ISE_ISE_BACKUP, 294858 , 2008-03-18
OFDM-system-FPGA-design\TRANSMITTER\DATA_INTERLEAVER\DATA_INTERLEAVER\DATA_INTERLEAVER.RESTORE, 49584 , 2008-03-18
OFDM-system-FPGA-design\TRANSMITTER\DATA_INTERLEAVER\DATA_INTERLEAVER\DATA_INTERLEAVER.V, 7043 , 2008-03-18
OFDM-system-FPGA-design\TRANSMITTER\DATA_INTERLEAVER\DATA_INTERLEAVER\DATA_INTERLEAVER_SUMMARY.HTML, 2323 , 2008-03-18
OFDM-system-FPGA-design\TRANSMITTER\DATA_INTERLEAVER\DATA_INTERLEAVER\DINT_RAM.ASY, 910 , 2008-03-18
OFDM-system-FPGA-design\TRANSMITTER\DATA_INTERLEAVER\DATA_INTERLEAVER\DINT_RAM.EDN, 20098 , 2008-03-18
OFDM-system-FPGA-design\TRANSMITTER\DATA_INTERLEAVER\DATA_INTERLEAVER\DINT_RAM.SYM, 1374 , 2008-03-18
OFDM-system-FPGA-design\TRANSMITTER\DATA_INTERLEAVER\DATA_INTERLEAVER\DINT_RAM.V, 4911 , 2008-03-18
OFDM-system-FPGA-design\TRANSMITTER\DATA_INTERLEAVER\DATA_INTERLEAVER\DINT_RAM.VEO, 3065 , 2008-03-18
OFDM-system-FPGA-design\TRANSMITTER\DATA_INTERLEAVER\DATA_INTERLEAVER\DINT_RAM.VHD, 5222 , 2008-03-18
OFDM-system-FPGA-design\TRANSMITTER\DATA_INTERLEAVER\DATA_INTERLEAVER\DINT_RAM.VHO, 3841 , 2008-03-18
OFDM-system-FPGA-design\TRANSMITTER\DATA_INTERLEAVER\DATA_INTERLEAVER\DINT_RAM.XCO, 2450 , 2008-03-18
OFDM-system-FPGA-design\TRANSMITTER\DATA_INTERLEAVER\DATA_INTERLEAVER\DINT_RAM2.ASY, 907 , 2008-03-18
OFDM-system-FPGA-design\TRANSMITTER\DATA_INTERLEAVER\DATA_INTERLEAVER\DINT_RAM2.EDN, 12942 , 2008-03-18
OFDM-system-FPGA-design\TRANSMITTER\DATA_INTERLEAVER\DATA_INTERLEAVER\DINT_RAM2.MIF, 96 , 2008-03-18
OFDM-system-FPGA-design\TRANSMITTER\DATA_INTERLEAVER\DATA_INTERLEAVER\DINT_RAM2.SYM, 1418 , 2008-03-18
OFDM-system-FPGA-design\TRANSMITTER\DATA_INTERLEAVER\DATA_INTERLEAVER\DINT_RAM2.V, 4504 , 2008-03-18
OFDM-system-FPGA-design\TRANSMITTER\DATA_INTERLEAVER\DATA_INTERLEAVER\DINT_RAM2.VEO, 3060 , 2008-03-18
OFDM-system-FPGA-design\TRANSMITTER\DATA_INTERLEAVER\DATA_INTERLEAVER\DINT_RAM2.VHD, 4828 , 2008-03-18
OFDM-system-FPGA-design\TRANSMITTER\DATA_INTERLEAVER\DATA_INTERLEAVER\DINT_RAM2.VHO, 3855 , 2008-03-18
OFDM-system-FPGA-design\TRANSMITTER\DATA_INTERLEAVER\DATA_INTERLEAVER\DINT_RAM2.XCO, 1811 , 2008-03-18

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  • 123
    针对MIMO-OFDM系统中期望最大化(EM)信道估计算法在高信噪比(SNR)下带来的误差地板(EF)现象,且OFDM符号的数据传输效率随发射天线数的增加而明显降低,提出一种改进的高效EM信道估计算法。该算法首先引入一种准确的等效信号模型并推导出一种修正的EM算法,改善了EM算法在高SNR下的性能 在多个OFDM间利用相位正交导频序列来提高数据传输效率,同时进行联合信道估计以提高估计性能。仿真实验验证了所提算法具有更高的信道估计性能和更高的数据传输效率。(For multiple-input multiple-output with orthogonal frequency division multiplexing(MIMO-OFDM) systems,the error floor(EF) phenomenon at high signal noise rate(SNR) was induced by the expectation maximum(EM) channel estimation algorithm.In addition,the data transmission efficiency was declined obviously with the increasing number of transmit antennas.According to these problems,an improved and efficient EM channel estimation algorithm was pro-posed.Firstly,an accurate and equivalent signal model was introduc...)
    2011-09-05 15:20:54下载
    积分：1
  • 完整程序2
    进行基于C语言的BPSK通信心痛调制解调的仿真(Simulation of modulation and demodulation of heart pain in BPSK communication based on C language)
    2017-12-16 20:53:07下载
    积分：1
  • 大作业
    说明：  基于simulink，对二进制基带信号使用bpsk调制解调，进行仿真与性能分析.(the simulink of bpsk)
    2020-06-10 18:44:27下载
    积分：1
  • qpsk
    MIMO 大规模 MIMO 编码 qpsk 检测器 6个 ber snr ZF MMSE SIC OSIC(MIMO massive MIMO with six detectors. ZF MMSE ZF-SIC MMSE-SIC ZF-OSIC MMSE-OSIC)
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    说明：  多径参数干扰下的ofdm系统的matlab仿真代码，可供学习(Matlab simulation code of OFDM system under multipath parameter interference can be learned)
    2019-04-10 09:41:31下载
    积分：1
  • Heterogeneous-network
    无线通信网络的发展趋势之一是将各种不同无线接入技术进行融合。多接入选择作为无线资源管理中的关键技术是目前异构网融合的研究热点之一。从用户的利益出发，充分考虑预接入网络的费用、QoS 和稳定性；假定不同的网络运营商之间是彼此竞争的，即没有达成统一的协议，提出了一种结合目标代价函数与层次分析法的动态多接入选择算法。通过对影响因素进行分析和二次判断，建立了网络选择决策模型，仿真结果验证了该算法的正确性与有效性。(Trends in wireless communication network is one of a variety of different wireless access technologies will be integrated. Multi-access radio resource management in selection as the key technology is the integration of heterogeneous networks of research focus. From the user' s interests fully into account the cost of pre-access networks, QoS and stability assumed between different network operators are competing with each other, that did not reach uniform agreement, proposed a combination of objective cost function and level analysis of dynamic multi-access selection algorithm. Through analysis of the factors affecting the judge and the second, the establishment of a network selection decision-making model, simulation results verify the correctness and validity of the algorithm.)
    2011-07-06 12:38:14下载
    积分：1
  • D2XXNotify-Application
    这个例子显示了如何使用的Windows RegisterDeviceNotification功能，收到WM_DEVICECHANGE消息(This example shows how to use the Windows RegisterDeviceNotification function to receive WM_DEVICECHANGE messages)
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    实现了polar在BEC信道下的编译码，画出了误码率图像(The encoding and decoding of polar in BEC channel is realized, and the bit error rate image is drawn.)
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    某智能设备公司开关量采集系统（Modbus RTU），很不错哦！对于该类设备基本上都可以通用，只是“寄存器地址”不一样。我就参照该源程序写了一款SOS应急呼叫系统、酒店客房插卡取电、退房呼叫系统等。保证原创，独一无二。(A smart device switch acquisition system (Modbus RTU), very good, oh! Can be generic, such equipment is basically just not the same register address. I refer to the source Admission card, write a SOS emergency call system, hotel rooms, check out the call system. Guaranteed original, unique.)
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