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伪随机led

于 2020-06-21 发布
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说明：  伪随机LED灯，实现八位LED灯的随机闪烁以及其它的控制。(Pseudo-random LED lamp)

文件列表：

伪随机led, 0 , 2018-10-10
伪随机led\.Xil, 0 , 2018-10-10
伪随机led\led.cache, 0 , 2018-10-10
伪随机led\led.cache\compile_simlib, 0 , 2018-09-21
伪随机led\led.cache\compile_simlib\activehdl, 0 , 2018-09-21
伪随机led\led.cache\compile_simlib\ies, 0 , 2018-09-21
伪随机led\led.cache\compile_simlib\modelsim, 0 , 2018-09-21
伪随机led\led.cache\compile_simlib\questa, 0 , 2018-09-21
伪随机led\led.cache\compile_simlib\riviera, 0 , 2018-09-21
伪随机led\led.cache\compile_simlib\vcs, 0 , 2018-09-21
伪随机led\led.cache\wt, 0 , 2018-09-20
伪随机led\led.cache\wt\gui_resources.wdf, 8881 , 2018-10-10
伪随机led\led.cache\wt\java_command_handlers.wdf, 2135 , 2018-10-10
伪随机led\led.cache\wt\project.wpc, 121 , 2018-10-10
伪随机led\led.cache\wt\synthesis.wdf, 5380 , 2018-09-24
伪随机led\led.cache\wt\synthesis_details.wdf, 100 , 2018-09-24
伪随机led\led.cache\wt\webtalk_pa.xml, 7909 , 2018-10-10
伪随机led\led.cache\wt\xsim.wdf, 256 , 2018-09-21
伪随机led\led.hw, 0 , 2018-10-10
伪随机led\led.hw\hw_1, 0 , 2018-09-21
伪随机led\led.hw\hw_1\hw.xml, 741 , 2018-09-24
伪随机led\led.hw\hw_1\wave, 0 , 2018-09-21
伪随机led\led.hw\led.lpr, 343 , 2018-09-21
伪随机led\led.ip_user_files, 0 , 2018-10-10
伪随机led\led.ip_user_files\README.txt, 130 , 2018-09-20
伪随机led\led.runs, 0 , 2018-10-10
伪随机led\led.runs\.jobs, 0 , 2018-09-24
伪随机led\led.runs\.jobs\vrs_config_1.xml, 190 , 2018-09-20
伪随机led\led.runs\.jobs\vrs_config_10.xml, 367 , 2018-09-23
伪随机led\led.runs\.jobs\vrs_config_11.xml, 367 , 2018-09-23
伪随机led\led.runs\.jobs\vrs_config_12.xml, 367 , 2018-09-23
伪随机led\led.runs\.jobs\vrs_config_13.xml, 367 , 2018-09-23
伪随机led\led.runs\.jobs\vrs_config_14.xml, 367 , 2018-09-24
伪随机led\led.runs\.jobs\vrs_config_15.xml, 367 , 2018-09-24
伪随机led\led.runs\.jobs\vrs_config_16.xml, 207 , 2018-09-24
伪随机led\led.runs\.jobs\vrs_config_2.xml, 204 , 2018-09-20
伪随机led\led.runs\.jobs\vrs_config_3.xml, 367 , 2018-09-21
伪随机led\led.runs\.jobs\vrs_config_4.xml, 190 , 2018-09-21
伪随机led\led.runs\.jobs\vrs_config_5.xml, 190 , 2018-09-21
伪随机led\led.runs\.jobs\vrs_config_6.xml, 204 , 2018-09-21
伪随机led\led.runs\.jobs\vrs_config_7.xml, 211 , 2018-09-21
伪随机led\led.runs\.jobs\vrs_config_8.xml, 367 , 2018-09-21
伪随机led\led.runs\.jobs\vrs_config_9.xml, 211 , 2018-09-21
伪随机led\led.runs\impl_1, 0 , 2018-09-24
伪随机led\led.runs\impl_1\.init_design.begin.rst, 189 , 2018-09-24
伪随机led\led.runs\impl_1\.init_design.end.rst, 0 , 2018-09-24
伪随机led\led.runs\impl_1\.opt_design.begin.rst, 189 , 2018-09-24
伪随机led\led.runs\impl_1\.opt_design.end.rst, 0 , 2018-09-24
伪随机led\led.runs\impl_1\.place_design.begin.rst, 189 , 2018-09-24
伪随机led\led.runs\impl_1\.place_design.end.rst, 0 , 2018-09-24
伪随机led\led.runs\impl_1\.route_design.begin.rst, 189 , 2018-09-24
伪随机led\led.runs\impl_1\.route_design.end.rst, 0 , 2018-09-24
伪随机led\led.runs\impl_1\.vivado.begin.rst, 188 , 2018-09-24
伪随机led\led.runs\impl_1\.vivado.end.rst, 0 , 2018-09-24
伪随机led\led.runs\impl_1\.Vivado_Implementation.queue.rst, 0 , 2018-09-24
伪随机led\led.runs\impl_1\.write_bitstream.begin.rst, 189 , 2018-09-24
伪随机led\led.runs\impl_1\.write_bitstream.end.rst, 0 , 2018-09-24
伪随机led\led.runs\impl_1\.Xil, 0 , 2018-09-24
伪随机led\led.runs\impl_1\gen_run.xml, 5310 , 2018-09-24
伪随机led\led.runs\impl_1\htr.txt, 391 , 2018-09-24
伪随机led\led.runs\impl_1\init_design.pb, 1533 , 2018-09-24
伪随机led\led.runs\impl_1\ISEWrap.js, 7308 , 2018-09-24
伪随机led\led.runs\impl_1\ISEWrap.sh, 1623 , 2018-09-24
伪随机led\led.runs\impl_1\led.bit, 2192111 , 2018-09-24
伪随机led\led.runs\impl_1\led.tcl, 4501 , 2018-09-24
伪随机led\led.runs\impl_1\led.vdi, 19671 , 2018-09-24
伪随机led\led.runs\impl_1\led_7592.backup.vdi, 17401 , 2018-09-21
伪随机led\led.runs\impl_1\led_clock_utilization_routed.rpt, 12921 , 2018-09-24
伪随机led\led.runs\impl_1\led_control_sets_placed.rpt, 3132 , 2018-09-24
伪随机led\led.runs\impl_1\led_drc_opted.rpt, 2224 , 2018-09-24
伪随机led\led.runs\impl_1\led_drc_routed.pb, 37 , 2018-09-24
伪随机led\led.runs\impl_1\led_drc_routed.rpt, 2296 , 2018-09-24
伪随机led\led.runs\impl_1\led_drc_routed.rpx, 1625 , 2018-09-24
伪随机led\led.runs\impl_1\led_io_placed.rpt, 82566 , 2018-09-24
伪随机led\led.runs\impl_1\led_methodology_drc_routed.rpt, 7039 , 2018-09-24
伪随机led\led.runs\impl_1\led_methodology_drc_routed.rpx, 9295 , 2018-09-24
伪随机led\led.runs\impl_1\led_opt.dcp, 126855 , 2018-09-24
伪随机led\led.runs\impl_1\led_placed.dcp, 136585 , 2018-09-24
伪随机led\led.runs\impl_1\led_power_routed.rpt, 7302 , 2018-09-24
伪随机led\led.runs\impl_1\led_power_routed.rpx, 22390 , 2018-09-24
伪随机led\led.runs\impl_1\led_power_summary_routed.pb, 722 , 2018-09-24
伪随机led\led.runs\impl_1\led_routed.dcp, 143790 , 2018-09-24
伪随机led\led.runs\impl_1\led_route_status.pb, 43 , 2018-09-24
伪随机led\led.runs\impl_1\led_route_status.rpt, 588 , 2018-09-24
伪随机led\led.runs\impl_1\led_timing_summary_routed.rpt, 7403 , 2018-09-24
伪随机led\led.runs\impl_1\led_timing_summary_routed.rpx, 6813 , 2018-09-24
伪随机led\led.runs\impl_1\led_utilization_placed.pb, 242 , 2018-09-24
伪随机led\led.runs\impl_1\led_utilization_placed.rpt, 8561 , 2018-09-24
伪随机led\led.runs\impl_1\opt_design.pb, 7012 , 2018-09-24
伪随机led\led.runs\impl_1\place_design.pb, 11537 , 2018-09-24
伪随机led\led.runs\impl_1\project.wdf, 3634 , 2018-09-24
伪随机led\led.runs\impl_1\route_design.pb, 9777 , 2018-09-24
伪随机led\led.runs\impl_1\rundef.js, 1316 , 2018-09-24
伪随机led\led.runs\impl_1\runme.bat, 229 , 2018-09-24
伪随机led\led.runs\impl_1\runme.log, 19829 , 2018-09-24
伪随机led\led.runs\impl_1\runme.sh, 1152 , 2018-09-24
伪随机led\led.runs\impl_1\usage_statistics_webtalk.html, 28768 , 2018-09-24
伪随机led\led.runs\impl_1\usage_statistics_webtalk.xml, 40228 , 2018-09-24
伪随机led\led.runs\impl_1\vivado.jou, 612 , 2018-09-24
伪随机led\led.runs\impl_1\vivado.pb, 149 , 2018-09-24

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  • CCK_by_cd
    CCK通过AWGN信道时的误码率曲线，已通过上机验证（CCK调制和利用快速沃尔什变化解调）(CCK through AWGN channel, BER curve has passed-on authentication)
    2021-03-09 09:49:28下载
    积分：1
  • 6
    说明：  6. 在三条径的瑞利信道中，对于OFDM： (1) 请设计一种具体的导引辅助的信道估计方法，用Simulink进行仿真。画出比特信噪比与信道估计均方误差的关系曲线和比特信噪比与误码率的关系曲线。 (2) 设频率已同步，请设计OFDM一种具体的采用循环前缀进行时间同步方法，用Simulink进行仿真，画出比特信噪比与捕获概率的关系曲线。 (3) 设时间已同步，请设计OFDM一种具体的采用循环前缀进行频率同步方法，用Simulink进行仿真，画出比特信噪比与频率同步误差的关系曲线。(6. In the three-path Rayleigh channel, for OFDM: (1) please design a specific navigation-assisted channel estimation method and use Simulink for simulation.The relation curves of bit signal-noise ratio and channel estimation mean square error and the relation curves of bit signal-noise ratio and bit error rate are drawn. (2) if the frequency has been synchronized, please design a specific method of time synchronization using cyclic prefix in OFDM. Simulink is used for simulation to draw the relationship curve between bit-snr and acquisition probability. (3) if time has been synchronized, please design a specific method of frequency synchronization using cyclic prefix in OFDM. Simulink is used for simulation to draw the relationship curve between bit signal-to-noise ratio and frequency synchronization error.)
    2021-01-23 11:58:44下载
    积分：1
  • ECE 4634
    说明：  Zero forcing - with interference cancellation
    2019-04-27 21:44:17下载
    积分：1
  • fwdmalawmc
    Abstract—In this paper, we study the joint estimation of inphase and quadrature-phase (I/Q) imbalance, carrier frequency offset (CFO), and channel response for multiple-input multipleoutput (MIMO) orthogonal frequency division multiplexing (OFDM) systems using training sequences. A new concept called channel residual energy (CRE) is introduced. We show that by minimizing the CRE, we can jointly estimate the I/Q imbalance and CFO without knowing the channel response. The proposed method needs only one OFDM block for training and the training symbols can be arbitrary. Moreover when the training block consists of two repeated sequences, a low complexity two-step approach is proposed to solve the joint estimation problem. Simulation results show that the mean-squared error (MSE) of the proposed method is close to the Cramer-Rao bound (CRB). Index Terms—MIMO OFDM, CFO, I/Q imbalance, channel estimation.
    2012-03-29 16:33:58下载
    积分：1
  • pmuyg
    采用加权网络中节点强度和权重都是幂率分布的模型，GPS和INS组合导航程序，做视觉测量的上位机代码。( Using weighted model nodes in the network strength and weight are power law distribution, GPS and INS navigation program, Do Vision Measurement PC code.)
    2017-05-02 12:11:12下载
    积分：1
  • OFDM 的 Simulink 仿真
    采用Simulink 平台对OFDM 进行仿真，确定系统的参数，完成参数设置，构建了一个简单的OFDM通信系统。(Using Simulink platform to simulate OFDM, determine the parameters of the system, complete the parameter settings, and build a simple OFDM communication system.)
    2018-04-07 13:16:42下载
    积分：1
  • DTMC
    Foreign materials as well as Solving Discrete-Time Markov Chains,ece document.
    2009-06-08 04:25:41下载
    积分：1
  • Cpp
    learning c++. it is good for start and beginners
    2016-03-27 00:23:30下载
    积分：1
  • verilog HDL
    说明：  DS18B20温度模块，LCD1602显示(DS18B20 Temperature Module, LCD1602 Display)
    2020-09-04 15:08:06下载
    积分：1
  • 不同信号
    不同信号的循环谱（AM,BPSK,BFSK,DME等）可以直接使用，来分析信号的循环平稳特性。(The cyclic spectrum of different signals (AM, BPSK, BFSK, DME, etc.) can be directly used to analyze the cyclostationary characteristics of signals.)
    2018-05-02 15:39:36下载
    积分：1
  • 696516资源总数
  • 106914会员总数
  • 0今日下载

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