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D2D单小区功率控制

于 2021-04-08 发布 文件大小:762KB
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代码说明：

  D2D通信中开环功控的演示，并对其进行编译(Demonstration of open-loop power control in D2D communication)

文件列表：

single_cell PowerControl\accessOrHandover.m, 2194 , 2014-05-06
single_cell PowerControl\cellInstall.m, 1121 , 2014-04-07
single_cell PowerControl\coordinateSetting.m, 1320 , 2014-03-26
single_cell PowerControl\CUEtoD2D_interferencePathLoss.m, 4922 , 2014-05-07
single_cell PowerControl\D2DPathLoss.m, 5429 , 2014-05-07
single_cell PowerControl\D2DtoBS_inteferencePathLoss.m, 4824 , 2014-05-07
single_cell PowerControl\D2DTxPowerProcess.m, 1925 , 2014-05-06
single_cell PowerControl\effectiveSinrMetric.m, 1295 , 2014-04-22
single_cell PowerControl\generateChannelInfo.m, 1560 , 2014-05-07
single_cell PowerControl\generateLargeScaleChannel.m, 6537 , 2014-05-06
single_cell PowerControl\getChannelMatrix.m, 1622 , 2014-04-28
single_cell PowerControl\getFrequencyResponse.m, 1925 , 2014-03-06
single_cell PowerControl\linkLevelSimulation.m, 9064 , 2014-03-06
single_cell PowerControl\mapThroughputSINR.m, 3315 , 2014-05-07
single_cell PowerControl\mcsSelect.m, 695 , 2014-04-29
single_cell PowerControl\output.m, 10476 , 2014-05-11
single_cell PowerControl\performanceCFPC.m, 11008 , 2014-05-11
single_cell PowerControl\performanceJS.m, 9386 , 2014-05-07
single_cell PowerControl\Powerschedule.m, 8300 , 2014-05-07
single_cell PowerControl\randomCoorInHexagon.m, 1208 , 2014-03-18
single_cell PowerControl\README.txt, 98 , 2014-03-06
single_cell PowerControl\refreshAverageThroughput.m, 2555 , 2014-04-25
single_cell PowerControl\result\JS_17-51_11-May-2014\cdf.fig, 71011 , 2014-05-11
single_cell PowerControl\result\JS_17-51_11-May-2014\cdf.jpg, 94587 , 2014-05-11
single_cell PowerControl\result\JS_17-51_11-May-2014\result.txt, 446 , 2014-05-11
single_cell PowerControl\result\JS_17-51_11-May-2014\scheme1\data10_1_1.mat, 3633 , 2014-05-11
single_cell PowerControl\result\JS_17-51_11-May-2014\scheme1\data11_1_1.mat, 3554 , 2014-05-11
single_cell PowerControl\result\JS_17-51_11-May-2014\scheme1\data12_1_1.mat, 3202 , 2014-05-11
single_cell PowerControl\result\JS_17-51_11-May-2014\scheme1\data13_1_1.mat, 3170 , 2014-05-11
single_cell PowerControl\result\JS_17-51_11-May-2014\scheme1\data14_1_1.mat, 3648 , 2014-05-11
single_cell PowerControl\result\JS_17-51_11-May-2014\scheme1\data15_1_1.mat, 3575 , 2014-05-11
single_cell PowerControl\result\JS_17-51_11-May-2014\scheme1\data16_1_1.mat, 3593 , 2014-05-11
single_cell PowerControl\result\JS_17-51_11-May-2014\scheme1\data17_1_1.mat, 3582 , 2014-05-11
single_cell PowerControl\result\JS_17-51_11-May-2014\scheme1\data18_1_1.mat, 3517 , 2014-05-11
single_cell PowerControl\result\JS_17-51_11-May-2014\scheme1\data19_1_1.mat, 3586 , 2014-05-11
single_cell PowerControl\result\JS_17-51_11-May-2014\scheme1\data1_1_1.mat, 3538 , 2014-05-11
single_cell PowerControl\result\JS_17-51_11-May-2014\scheme1\data20_1_1.mat, 3680 , 2014-05-11
single_cell PowerControl\result\JS_17-51_11-May-2014\scheme1\data21_1_1.mat, 3487 , 2014-05-11
single_cell PowerControl\result\JS_17-51_11-May-2014\scheme1\data22_1_1.mat, 3217 , 2014-05-11
single_cell PowerControl\result\JS_17-51_11-May-2014\scheme1\data23_1_1.mat, 3502 , 2014-05-11
single_cell PowerControl\result\JS_17-51_11-May-2014\scheme1\data24_1_1.mat, 3604 , 2014-05-11
single_cell PowerControl\result\JS_17-51_11-May-2014\scheme1\data25_1_1.mat, 3664 , 2014-05-11
single_cell PowerControl\result\JS_17-51_11-May-2014\scheme1\data26_1_1.mat, 3636 , 2014-05-11
single_cell PowerControl\result\JS_17-51_11-May-2014\scheme1\data27_1_1.mat, 3629 , 2014-05-11
single_cell PowerControl\result\JS_17-51_11-May-2014\scheme1\data28_1_1.mat, 3590 , 2014-05-11
single_cell PowerControl\result\JS_17-51_11-May-2014\scheme1\data29_1_1.mat, 3401 , 2014-05-11
single_cell PowerControl\result\JS_17-51_11-May-2014\scheme1\data2_1_1.mat, 3696 , 2014-05-11
single_cell PowerControl\result\JS_17-51_11-May-2014\scheme1\data30_1_1.mat, 3205 , 2014-05-11
single_cell PowerControl\result\JS_17-51_11-May-2014\scheme1\data31_1_1.mat, 3590 , 2014-05-11
single_cell PowerControl\result\JS_17-51_11-May-2014\scheme1\data32_1_1.mat, 3518 , 2014-05-11
single_cell PowerControl\result\JS_17-51_11-May-2014\scheme1\data33_1_1.mat, 3547 , 2014-05-11
single_cell PowerControl\result\JS_17-51_11-May-2014\scheme1\data34_1_1.mat, 3228 , 2014-05-11
single_cell PowerControl\result\JS_17-51_11-May-2014\scheme1\data35_1_1.mat, 3779 , 2014-05-11
single_cell PowerControl\result\JS_17-51_11-May-2014\scheme1\data36_1_1.mat, 3594 , 2014-05-11
single_cell PowerControl\result\JS_17-51_11-May-2014\scheme1\data37_1_1.mat, 3571 , 2014-05-11
single_cell PowerControl\result\JS_17-51_11-May-2014\scheme1\data38_1_1.mat, 3614 , 2014-05-11
single_cell PowerControl\result\JS_17-51_11-May-2014\scheme1\data39_1_1.mat, 3577 , 2014-05-11
single_cell PowerControl\result\JS_17-51_11-May-2014\scheme1\data3_1_1.mat, 3553 , 2014-05-11
single_cell PowerControl\result\JS_17-51_11-May-2014\scheme1\data40_1_1.mat, 3589 , 2014-05-11
single_cell PowerControl\result\JS_17-51_11-May-2014\scheme1\data41_1_1.mat, 3489 , 2014-05-11
single_cell PowerControl\result\JS_17-51_11-May-2014\scheme1\data42_1_1.mat, 3563 , 2014-05-11
single_cell PowerControl\result\JS_17-51_11-May-2014\scheme1\data43_1_1.mat, 3469 , 2014-05-11
single_cell PowerControl\result\JS_17-51_11-May-2014\scheme1\data44_1_1.mat, 3663 , 2014-05-11
single_cell PowerControl\result\JS_17-51_11-May-2014\scheme1\data45_1_1.mat, 3553 , 2014-05-11
single_cell PowerControl\result\JS_17-51_11-May-2014\scheme1\data46_1_1.mat, 3607 , 2014-05-11
single_cell PowerControl\result\JS_17-51_11-May-2014\scheme1\data47_1_1.mat, 3635 , 2014-05-11
single_cell PowerControl\result\JS_17-51_11-May-2014\scheme1\data48_1_1.mat, 3626 , 2014-05-11
single_cell PowerControl\result\JS_17-51_11-May-2014\scheme1\data49_1_1.mat, 3477 , 2014-05-11
single_cell PowerControl\result\JS_17-51_11-May-2014\scheme1\data4_1_1.mat, 3495 , 2014-05-11
single_cell PowerControl\result\JS_17-51_11-May-2014\scheme1\data50_1_1.mat, 3488 , 2014-05-11
single_cell PowerControl\result\JS_17-51_11-May-2014\scheme1\data5_1_1.mat, 3608 , 2014-05-11
single_cell PowerControl\result\JS_17-51_11-May-2014\scheme1\data6_1_1.mat, 3718 , 2014-05-11
single_cell PowerControl\result\JS_17-51_11-May-2014\scheme1\data7_1_1.mat, 3546 , 2014-05-11
single_cell PowerControl\result\JS_17-51_11-May-2014\scheme1\data8_1_1.mat, 3539 , 2014-05-11
single_cell PowerControl\result\JS_17-51_11-May-2014\scheme1\data9_1_1.mat, 3497 , 2014-05-11
single_cell PowerControl\result\JS_17-51_11-May-2014\set.mat, 333 , 2014-05-11
single_cell PowerControl\result\JS_17-53_11-May-2014\cdf.fig, 71665 , 2014-05-11
single_cell PowerControl\result\JS_17-53_11-May-2014\cdf.jpg, 94493 , 2014-05-11
single_cell PowerControl\result\JS_17-53_11-May-2014\result.txt, 446 , 2014-05-11
single_cell PowerControl\result\JS_17-53_11-May-2014\scheme1\data10_1_1.mat, 3589 , 2014-05-11
single_cell PowerControl\result\JS_17-53_11-May-2014\scheme1\data11_1_1.mat, 3645 , 2014-05-11
single_cell PowerControl\result\JS_17-53_11-May-2014\scheme1\data12_1_1.mat, 3611 , 2014-05-11
single_cell PowerControl\result\JS_17-53_11-May-2014\scheme1\data13_1_1.mat, 3618 , 2014-05-11
single_cell PowerControl\result\JS_17-53_11-May-2014\scheme1\data14_1_1.mat, 3508 , 2014-05-11
single_cell PowerControl\result\JS_17-53_11-May-2014\scheme1\data15_1_1.mat, 3589 , 2014-05-11
single_cell PowerControl\result\JS_17-53_11-May-2014\scheme1\data16_1_1.mat, 3134 , 2014-05-11
single_cell PowerControl\result\JS_17-53_11-May-2014\scheme1\data17_1_1.mat, 3593 , 2014-05-11
single_cell PowerControl\result\JS_17-53_11-May-2014\scheme1\data18_1_1.mat, 3230 , 2014-05-11
single_cell PowerControl\result\JS_17-53_11-May-2014\scheme1\data19_1_1.mat, 3603 , 2014-05-11
single_cell PowerControl\result\JS_17-53_11-May-2014\scheme1\data1_1_1.mat, 3477 , 2014-05-11
single_cell PowerControl\result\JS_17-53_11-May-2014\scheme1\data20_1_1.mat, 3720 , 2014-05-11
single_cell PowerControl\result\JS_17-53_11-May-2014\scheme1\data21_1_1.mat, 3732 , 2014-05-11
single_cell PowerControl\result\JS_17-53_11-May-2014\scheme1\data22_1_1.mat, 3494 , 2014-05-11
single_cell PowerControl\result\JS_17-53_11-May-2014\scheme1\data23_1_1.mat, 3611 , 2014-05-11
single_cell PowerControl\result\JS_17-53_11-May-2014\scheme1\data24_1_1.mat, 3655 , 2014-05-11
single_cell PowerControl\result\JS_17-53_11-May-2014\scheme1\data25_1_1.mat, 3556 , 2014-05-11
single_cell PowerControl\result\JS_17-53_11-May-2014\scheme1\data26_1_1.mat, 3642 , 2014-05-11
single_cell PowerControl\result\JS_17-53_11-May-2014\scheme1\data27_1_1.mat, 3639 , 2014-05-11
single_cell PowerControl\result\JS_17-53_11-May-2014\scheme1\data28_1_1.mat, 3206 , 2014-05-11
single_cell PowerControl\result\JS_17-53_11-May-2014\scheme1\data29_1_1.mat, 3468 , 2014-05-11

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    蜂窝移动通信系统中的同频干扰仿真。旨在找到簇大小为N时，无线移动蜂窝系统中同频干扰的分布。(Co-channel interference in cellular mobile communication system simulation. To find the distribution of cluster size N, wireless mobile cellular systems in the same frequency interference.)
    2013-04-12 10:39:34下载
    积分：1
  • 54121454
    采用多种方式移动无标题栏窗口,这些方法是可以在VC 6 0或易语言的源代码中引用,()
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    程序使用了自相关性和互相关性较好的gold码作为扩频序列，直扩，扩频增益设置为31，模拟用户数为4(Program uses a self-correlation and cross-correlation of the better gold code as spreading sequence, direct expansion, spreading gain is set to 31 to simulate the number of users of 4)
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