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D2D模式选择

于 2021-02-07 发布 文件大小:146KB
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代码说明：

  用MATLAB实现d2d通信中的模式选择(D2D mode seclection MATLAB)

文件列表：

Mymatlb2, 0 , 2016-05-27
Mymatlb2\CUEtoD2D_interferencePathLoss.m, 1300 , 2016-05-09
Mymatlb2\Cal_next_point.m, 2512 , 2016-03-30
Mymatlb2\Check_Resttime.m, 1239 , 2016-05-05
Mymatlb2\D2DPathLoss.m, 1997 , 2016-05-09
Mymatlb2\D2DtoBS_inteferencePathLoss.m, 1705 , 2016-05-09
Mymatlb2\Draw_drop_cdf.asv, 2277 , 2016-05-25
Mymatlb2\Draw_drop_cdf.m, 2292 , 2016-05-25
Mymatlb2\Draw_drop_cell_cdf.asv, 2227 , 2016-05-20
Mymatlb2\Draw_drop_cell_cdf.m, 2218 , 2016-05-20
Mymatlb2\Draw_drop_d2d_cdf.m, 2196 , 2016-05-20
Mymatlb2\Draw_drop_thr_cdf.m, 1754 , 2016-05-26
Mymatlb2\Draw_drop_thr_mesure.asv, 728 , 2016-05-25
Mymatlb2\Draw_drop_thr_mesure.m, 847 , 2016-05-25
Mymatlb2\Draw_mesurements.asv, 3661 , 2016-05-14
Mymatlb2\Draw_mesurements.m, 3661 , 2016-05-14
Mymatlb2\Draw_points.m, 4585 , 2016-05-06
Mymatlb2\Draw_thr_cdf.asv, 1845 , 2016-05-15
Mymatlb2\Draw_thr_cdf.m, 2678 , 2016-05-20
Mymatlb2\Drawside.m, 1318 , 2016-03-15
Mymatlb2\Hungarian.m, 9328 , 2016-05-11
Mymatlb2\Powerschedule_deduce.m, 1665 , 2016-04-20
Mymatlb2\Untitled.m, 743 , 2016-05-20
Mymatlb2\Untitled2.m, 1411 , 2016-03-11
Mymatlb2\cal_Throughput.m, 7156 , 2016-05-06
Mymatlb2\cal_blocknum.m, 395 , 2016-05-05
Mymatlb2\cal_thr_cell.m, 1266 , 2016-05-09
Mymatlb2\cal_thr_d2d.m, 1298 , 2016-05-13
Mymatlb2\cal_throughput_delay.asv, 5144 , 2016-05-13
Mymatlb2\cal_throughput_delay.m, 5357 , 2016-05-16
Mymatlb2\cal_throughput_delay_inspire.asv, 5050 , 2016-05-24
Mymatlb2\cal_throughput_delay_inspire.m, 5123 , 2016-05-24
Mymatlb2\cal_throughput_improve.asv, 2992 , 2016-05-15
Mymatlb2\cal_throughput_improve.m, 3428 , 2016-05-16
Mymatlb2\cal_throughput_random.m, 2984 , 2016-05-13
Mymatlb2\cal_two_delay.m, 3406 , 2016-05-04
Mymatlb2\calcolor.m, 337 , 2012-05-29
Mymatlb2\calnun.m, 340 , 2012-05-23
Mymatlb2\cel_D2DtoBS_inteferencePathLoss.m, 1969 , 2016-05-06
Mymatlb2\cellInstall.m, 1121 , 2014-04-07
Mymatlb2\checkchannel.m, 468 , 2016-05-11
Mymatlb2\checkpoint.m, 271 , 2016-03-21
Mymatlb2\checkpoint_d2d.m, 431 , 2016-03-24
Mymatlb2\codechange.m, 316 , 2012-03-18
Mymatlb2\draw_back.m, 450 , 2016-03-21
Mymatlb2\draw_block.m, 223 , 2016-04-06
Mymatlb2\draw_block_cell.m, 224 , 2016-04-06
Mymatlb2\draw_block_d2d.m, 333 , 2016-04-06
Mymatlb2\draw_drop.m, 217 , 2012-05-23
Mymatlb2\draw_figure.m, 436 , 2016-03-17
Mymatlb2\draw_jump.m, 195 , 2012-05-23
Mymatlb2\find_mult_channel_cell.m, 714 , 2016-04-06
Mymatlb2\find_mult_channel_d2d.m, 745 , 2016-04-06
Mymatlb2\findpoint_b.m, 1489 , 2016-03-17
Mymatlb2\findpoint_b_2.m, 1137 , 2012-05-23
Mymatlb2\generateChannelInfo.m, 1587 , 2016-05-09
Mymatlb2\generateLargeScaleChannel.m, 1996 , 2016-05-09
Mymatlb2\generateReceptpower.m, 2810 , 2016-05-09
Mymatlb2\generateSINR.m, 1830 , 2016-05-13
Mymatlb2\generate_throughtput.m, 1884 , 2016-04-13
Mymatlb2\generatethr.asv, 273 , 2016-05-13
Mymatlb2\generatethr.m, 454 , 2016-05-14
Mymatlb2\generatetime.m, 117 , 2016-03-29
Mymatlb2\generatev.m, 156 , 2016-03-24
Mymatlb2\imagtest.jpg, 60174 , 2016-04-01
Mymatlb2\init_r_queue.asv, 5899 , 2016-05-20
Mymatlb2\init_r_queue.m, 5880 , 2016-05-20
Mymatlb2\main.m, 5455 , 2016-03-04
Mymatlb2\makepoint.m, 507 , 2016-03-29
Mymatlb2\makepoint_d2d.m, 237 , 2016-03-24
Mymatlb2\mymain.asv, 8038 , 2016-05-25
Mymatlb2\mymain.m, 8322 , 2016-05-26
Mymatlb2\nextpoint.m, 445 , 2012-04-06
Mymatlb2\okumura.m, 241 , 2012-05-23
Mymatlb2\poisson.m, 157 , 2016-03-03
Mymatlb2\qMain.m, 8438 , 2016-03-17
Mymatlb2\queue.m, 1144 , 2016-03-02
Mymatlb2\readme.txt, 506 , 2016-04-06
Mymatlb2\releasePD.m, 476 , 2016-05-15
Mymatlb2\releasePD_d1.m, 489 , 2016-05-15
Mymatlb2\releasePD_d2.m, 489 , 2016-05-15
Mymatlb2\releasePD_d2d.m, 772 , 2016-03-24
Mymatlb2\releasePathloss.m, 466 , 2016-05-05
Mymatlb2\releasech.m, 656 , 2016-04-01
Mymatlb2\releasech_d2d.m, 717 , 2016-04-01
Mymatlb2\resource_alloc.asv, 13267 , 2016-05-20
Mymatlb2\resource_alloc.m, 13851 , 2016-05-20
Mymatlb2\simConfig.m, 3783 , 2016-03-30
Mymatlb2\simDisplay.m, 4266 , 2016-01-14
Mymatlb2\sum_throughput_Delay.asv, 3251 , 2016-05-13
Mymatlb2\sys_initiate.asv, 1749 , 2016-05-25
Mymatlb2\sys_initiate.m, 1748 , 2016-05-25
Mymatlb2\userInstall.m, 3581 , 2016-03-22
Mymatlb2\userMovement.m, 1311 , 2016-03-12
Mymatlb2\user_d2d.m, 7808 , 2016-05-05
Mymatlb2\user_d2d_alloc.asv, 3935 , 2016-05-14
Mymatlb2\user_d2d_alloc.m, 4514 , 2016-05-16
Mymatlb2\user_guide.m, 1008 , 2016-03-21
Mymatlb2\z_Untitled4.m, 390 , 2016-03-17
Mymatlb2\z_Untitled5.m, 471 , 2016-03-11

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    用局部参数最优化方法设计一个模型参考自适应系统,可调增益的初值Kc(0)=0.2，给定值r(t)为单位阶跃信号，即r(t)=A×1(t)。 要求： 1把连续系统离散化(采样时间可取0.1)。 2编制并运行这个系统的计算机程序(注意调整B值，使系统获得较好的自适应特性)。 3记录ym、yp的曲线 记录kp×kc的曲线 记录广义输出误差e的变化曲线。 4在参数收敛后，让Kp=2变为Kp=1，重新观察Kp×Kc及e的变化曲线。 5找出在确定的B值下，使系统不稳定的A值(阶跃信号的幅值)，并与用劳斯稳定判据计算的结果比较。 (With local parameter optimization method to design a model reference adaptive system, adjustable gain initial Kc (0) = 0.2, for a given value of r (t) for the unit step signal that r (t) = A × 1 ( t). Requirements: a continuous system discretization (sampling time of 0.1 preferred). 2 compiled and run the system computer program (Note B to adjust the value of the system to obtain better adaptive characteristics). 3 records ym, yp curve record kp × kc curve records generalized output error e curves. 4 parameter convergence, let Kp = 2 into the Kp = 1, re-observed Kp × Kc and e curves. B-5 to find value in determining the next, making the system unstable A value (step signal of amplitude), and using Routh stability criterion and the comparison of the results calculated.)
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