登录
首页 » matlab » MATLAB Code

MATLAB Code

于 2018-06-03 发布 文件大小:679KB
0 238
下载积分: 1 下载次数: 2
我要下载

代码说明：

  基于matlab的雷达系统分析与设计书例程(Radar Systems Analysis and Design Using MATLAB)

文件列表：

MATLAB Code\absorption_range.m, 1636 , 2014-04-21
MATLAB Code\adaptive_array_lms.m, 1554 , 2014-04-21
MATLAB Code\addnoise.m, 1608 , 2014-04-21
MATLAB Code\airyzo1.m, 852 , 2014-04-21
MATLAB Code\ambiguity_code.m, 1284 , 2014-04-21
MATLAB Code\array.fig, 35168 , 2014-04-21
MATLAB Code\array.m, 15582 , 2014-04-21
MATLAB Code\atmospheric_attn.m, 550 , 2014-04-21
MATLAB Code\atmo_absorp.m, 1256 , 2014-04-21
MATLAB Code\atmo_attn.m, 1257 , 2014-04-21
MATLAB Code\Barker_ambig.m, 1334 , 2014-04-21
MATLAB Code\burn_thru.m, 1199 , 2014-04-21
MATLAB Code\circular_array.m, 4248 , 2014-04-21
MATLAB Code\circ_array.m, 5959 , 2014-04-21
MATLAB Code\clutter_rcs.m, 2154 , 2014-04-21
MATLAB Code\cylinderi.m, 91 , 2014-04-21
MATLAB Code\cylinderRCS_fig.mat, 31392 , 2014-04-21
MATLAB Code\diffraction.m, 1283 , 2014-04-21
MATLAB Code\display_pattern.m, 5950 , 2014-04-21
MATLAB Code\divergence.m, 643 , 2014-04-21
MATLAB Code\doppler_freq.m, 782 , 2014-04-21
MATLAB Code\double_canceler.m, 557 , 2014-04-21
MATLAB Code\fdtd.m, 3980 , 2014-04-21
MATLAB Code\Fi12_4.m, 678 , 2014-04-21
MATLAB Code\Fig10_10.m, 1998 , 2014-04-21
MATLAB Code\Fig10_22.m, 539 , 2014-04-21
MATLAB Code\Fig10_23.m, 518 , 2014-04-21
MATLAB Code\Fig10_24.m, 348 , 2014-04-21
MATLAB Code\Fig10_25.m, 716 , 2014-04-21
MATLAB Code\Fig10_26.m, 716 , 2014-04-21
MATLAB Code\Fig10_8.m, 600 , 2014-04-21
MATLAB Code\Fig10_9.m, 470 , 2014-04-21
MATLAB Code\Fig12_12-13.m, 2582 , 2014-04-21
MATLAB Code\Fig12_3.m, 265 , 2014-04-21
MATLAB Code\Fig12_4.m, 265 , 2014-04-21
MATLAB Code\Fig12_5.m, 737 , 2014-04-21
MATLAB Code\Fig13A_1.m, 357 , 2014-04-21
MATLAB Code\Fig13_10.m, 626 , 2014-04-21
MATLAB Code\Fig13_11.m, 678 , 2014-04-21
MATLAB Code\Fig13_12.m, 617 , 2014-04-21
MATLAB Code\Fig13_13.m, 535 , 2014-04-21
MATLAB Code\Fig13_2.m, 1092 , 2014-04-21
MATLAB Code\Fig13_4.m, 386 , 2014-04-21
MATLAB Code\Fig13_5.m, 499 , 2014-04-21
MATLAB Code\Fig13_6.m, 528 , 2014-04-21
MATLAB Code\Fig13_7.m, 504 , 2014-04-21
MATLAB Code\Fig13_8.m, 583 , 2014-04-21
MATLAB Code\Fig13_9.m, 623 , 2014-04-21
MATLAB Code\Fig14_10.m, 1730 , 2014-04-21
MATLAB Code\Fig14_12a.m, 742 , 2014-04-21
MATLAB Code\Fig14_19.m, 776 , 2014-04-21
MATLAB Code\Fig14_3.m, 403 , 2014-04-21
MATLAB Code\Fig14_5_6.m, 517 , 2014-04-21
MATLAB Code\Fig15_5.m, 839 , 2014-04-21
MATLAB Code\Fig15_50.m, 460 , 2014-04-21
MATLAB Code\Fig15_51.m, 460 , 2014-04-21
MATLAB Code\Fig15_7.m, 885 , 2014-04-21
MATLAB Code\Fig16_4_5.m, 814 , 2014-04-21
MATLAB Code\Fig17_20.m, 759 , 2014-04-21
MATLAB Code\Fig17_21.m, 731 , 2014-04-21
MATLAB Code\Fig17_27.m, 675 , 2014-04-21
MATLAB Code\Fig17_28.m, 667 , 2014-04-21
MATLAB Code\Fig18_12_13.m, 2602 , 2014-04-21
MATLAB Code\Fig2_1.m, 1283 , 2014-04-21
MATLAB Code\Fig2_10.m, 1384 , 2014-04-21
MATLAB Code\Fig2_2.m, 1212 , 2014-04-21
MATLAB Code\Fig2_21.m, 165 , 2014-04-21
MATLAB Code\Fig2_3.m, 944 , 2014-04-21
MATLAB Code\Fig2_6.m, 1790 , 2014-04-21
MATLAB Code\Fig2_7b.m, 1236 , 2014-04-21
MATLAB Code\Fig2_8.m, 257 , 2014-04-21
MATLAB Code\Fig2_9.m, 296 , 2014-04-21
MATLAB Code\Fig2_extra_RRF, 449 , 2014-04-21
MATLAB Code\Fig3_10_13.m, 1107 , 2014-04-21
MATLAB Code\Fig3_6.m, 487 , 2014-04-21
MATLAB Code\Fig3_8.m, 1970 , 2014-04-21
MATLAB Code\Fig5_10.m, 711 , 2014-04-21
MATLAB Code\Fig5_13.m, 698 , 2014-04-21
MATLAB Code\Fig5_15.m.m, 477 , 2014-04-21
MATLAB Code\Fig5_2.m, 436 , 2014-04-21
MATLAB Code\Fig5_4.m, 285 , 2014-04-21
MATLAB Code\Fig5_5.m, 473 , 2014-04-21
MATLAB Code\Fig5_6.m, 559 , 2014-04-21
MATLAB Code\Fig5_8.m, 588 , 2014-04-21
MATLAB Code\Fig5_9a.m, 1044 , 2014-04-21
MATLAB Code\Fig6_10_13.m, 1562 , 2014-04-21
MATLAB Code\Fig6_15_16.m, 1117 , 2014-04-21
MATLAB Code\Fig6_17.m, 567 , 2014-04-21
MATLAB Code\Fig6_2.m, 558 , 2014-04-21
MATLAB Code\Fig6_20.m, 100 , 2014-04-21
MATLAB Code\Fig6_2a.fig, 215910 , 2014-04-21
MATLAB Code\Fig6_2b.fig, 270038 , 2014-04-21
MATLAB Code\Fig6_3.m, 558 , 2014-04-21
MATLAB Code\Fig7_19.m, 686 , 2014-04-21
MATLAB Code\Fig7_20.m, 686 , 2014-04-21
MATLAB Code\Fig7_3.m, 436 , 2014-04-21
MATLAB Code\Fig8_11_12.m, 642 , 2014-04-21
MATLAB Code\Fig8_13_14.m, 1228 , 2014-04-21
MATLAB Code\Fig8_17.m, 342 , 2014-04-21
MATLAB Code\Fig8_28.m, 457 , 2014-04-21

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

  • tianhetemp2
    由光学图像生成模拟微波图像，并分为水平极化和垂直极化两种情况(Analog optical image generated by the microwave image)
    2010-08-23 13:32:14下载
    积分：1
  • daitonglvbo
    用matlab实现FIR滤波器的带通滤波器设计，简单实用(Matlab FIR filter band-pass filter design, simple and practical)
    2012-05-23 22:24:38下载
    积分：1
  • b1
    说明：   有关matlab 软件学习的书籍(Matlab software to learn about books)
    2013-09-21 19:47:35下载
    积分：1
  • Bluetooth_FM(matlab)
    这是关于蓝牙跳频通信系统的仿真设计，利用MATLAB的SIMULINK仿真模型，分为跳频系统传输部分、FH-CPM Modulaor子系统、信号接受部分、FH-CPM Demulator子系统、Dis-assemble Packet子系统、频谱分析模块、误码分析模块共七个模块，共有6个MDL文件。(This is about the Bluetooth frequency hopping communication system simulation design, the use of MATLAB-SIMULINK simulation model is divided into frequency-hopping system transmission parts, FH-CPM Modulaor subsystem, signal receiving part, FH-CPM Demulator subsystem, Dis-assemble Packet sub- system, spectral analysis module, the error analysis module of seven modules, a total of six MDL file. )
    2010-12-02 16:09:46下载
    积分：1
  • YTY_GA_Final
    To find the largest fitness value and its location 寻找最大适应性及相应的位置！ Population N=50；crossover bits=n/2 (half of bits of an individual) with random locations，mutation bits = 4 种群数 N=50，交换位数= n/2, 即个体位数的一半，且位置随机； 变异位数统一取为4； Nc=20，28，36，44，individuals for crossover(交换的个数)。 Nm=1，5，10，15， individuals for mutation(变异的个数)。 (To find the largest fitness value and its location to find the location of the maximum adaptability and the corresponding! Population N = 50 crossover bits = n/2 (half of bits of an individual) with random locations, mutation bits = 4 population size N = 50, exchange digits = n/2, ie half of the median individual, and random position variation is taken as unity median 4 Nc = 20,28,36,44, individuals for crossover (exchange number). Nm = 1,5,10,15, individuals for mutation (the number of variations.))
    2010-12-27 21:23:27下载
    积分：1
  • project
    simulation of cognitive radio
    2011-07-23 02:37:45下载
    积分：1
  • mlclass-ex1
    教授 Andrew Ng 的maching learning 课excise1答案(the answer of the maching learning teaching by Andrew Ng )
    2014-11-06 08:54:35下载
    积分：1
  • MATLAB在数学建模中的应用_卓金武(下)
    Maltab在数学建模中的应用（第一版）_卓金武等.part2(Maltab in Mathematical Modeling (1st Edition)_Zhuo Jinwu et al.)
    2019-07-01 10:57:41下载
    积分：1
  • Desktop
    找函数的零点位置， 返回的是零点的index。 被找的函数须是连续函数 (Find zero points index of a continous function)
    2009-11-18 01:08:25下载
    积分：1
  • guangxiantongxin
    大学光纤通信学习的资料，老师那边拷过来的(University of optical fiber communication of information to learn, the teacher copy over the other side of the)
    2009-11-23 22:45:07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！