登录
首页 » matlab » CA_CFAR_2D

CA_CFAR_2D

于 2021-04-25 发布
0 234
下载积分: 1 下载次数: 8
我要下载

代码说明：

说明：  matlab代码实现目标检测功能，进行二维单元恒虚警检测。(Matlab code to achieve target detection function)

文件列表：

CA_CFAR_2D, 0 , 2020-05-14
CA_CFAR_2D\2018研究生课件, 0 , 2019-10-31
CA_CFAR_2D\2018研究生课件\1_200903随机信号处理基础研docpptbak_9.pdf, 372876 , 2009-04-12
CA_CFAR_2D\2018研究生课件\2_200903离散随机信号基础docpptbak_9.pdf, 1081887 , 2009-04-12
CA_CFAR_2D\2018研究生课件\3_200903信号检测docpptbak_9.pdf, 1365292 , 2009-04-12
CA_CFAR_2D\2018研究生课件\4_200903复合假设检验docppt_9.pdf, 383721 , 2009-04-12
CA_CFAR_2D\2018研究生课件\5_200903信号估计1docppt_9.pdf, 632586 , 2009-04-12
CA_CFAR_2D\2018研究生课件\6_200903恒虚警检测docppt_9.pdf, 412602 , 2009-04-12
CA_CFAR_2D\2018研究生课件\7_200903信号参量估计简化docppt_9.pdf, 858637 , 2009-04-12
CA_CFAR_2D\2019上机仿真研, 0 , 2020-05-14
CA_CFAR_2D\2019上机仿真研\数据 (1), 0 , 2019-08-01
CA_CFAR_2D\2019上机仿真研\数据 (1)\数据, 0 , 2019-08-01
CA_CFAR_2D\2019上机仿真研\数据 (1)\数据\CFAR, 0 , 2019-08-01
CA_CFAR_2D\2019上机仿真研\数据 (1)\数据\CFAR\radar_image.mat, 66978 , 2018-01-12
CA_CFAR_2D\2019上机仿真研\数据 (1)\数据\Kalman, 0 , 2019-08-01
CA_CFAR_2D\2019上机仿真研\数据 (1)\数据\Kalman\target_position_1.mat, 955 , 2018-01-11
CA_CFAR_2D\2019上机仿真研\数据 (1)\数据\Kalman\target_position_2.mat, 619 , 2018-01-11
CA_CFAR_2D\2019上机仿真研\数据 (1)\数据\Kalman\target_position_3.mat, 497 , 2018-01-11
CA_CFAR_2D\2019上机仿真研\随机信号处理研究生上机作业201910.doc, 41984 , 2019-10-28
CA_CFAR_2D\二维恒虚警检测, 0 , 2020-05-14
CA_CFAR_2D\二维恒虚警检测\MY_CA_CFAR.m, 2396 , 2019-11-09
CA_CFAR_2D\二维恒虚警检测\radar_image.mat, 66978 , 2018-01-12
CA_CFAR_2D\二维恒虚警检测\一种改进型二维恒虚警参考窗.pdf, 2316445 , 2019-11-01
CA_CFAR_2D\二维恒虚警检测\二维恒虚警算法研究及实现_周忠锦.caj, 3386468 , 2019-10-31
CA_CFAR_2D\二维恒虚警检测\利用二维恒虚警进行非均匀噪声背景下的目标检测.pdf, 2972701 , 2019-10-31
CA_CFAR_2D\二维恒虚警检测\利用二维恒虚警进行非均匀噪声背景下的目标检测_桂任舟.pdf, 423806 , 2019-11-01
CA_CFAR_2D\二维恒虚警检测\基于地形融合分类的分区二维恒虚警检测器_彭馨仪.pdf, 1521418 , 2019-11-01
CA_CFAR_2D\二维恒虚警检测\基于杂波图的恒虚警处理技术研究_王蓓.caj, 4291586 , 2019-11-01
CA_CFAR_2D\二维恒虚警检测\基于杂波背景分割二维恒虚警检测算法研究_张成峰.pdf, 2338243 , 2019-11-01
CA_CFAR_2D\二维恒虚警检测\声纳图像水下管线检测_P31开始看.caj, 7152102 , 2019-11-01
CA_CFAR_2D\二维恒虚警检测\恒虚警技术处理方法综述_李丽.pdf, 1024664 , 2019-11-01
CA_CFAR_2D\二维恒虚警检测\改进型雷达二维恒虚警检测参考窗_汪洋.pdf, 1891200 , 2019-11-01
CA_CFAR_2D\二维恒虚警检测\流程图.png, 94120 , 2019-11-01
CA_CFAR_2D\二维恒虚警检测\链接.txt, 110 , 2019-11-01
CA_CFAR_2D\相关源码, 0 , 2020-05-14
CA_CFAR_2D\相关源码\61664522Func_2DCFAR, 0 , 2019-11-01
CA_CFAR_2D\相关源码\61664522Func_2DCFAR\Func_2DCFAR.m, 5971 , 2010-09-07
CA_CFAR_2D\相关源码\CA_CFAR_2D.m, 3072 , 2019-10-31
CA_CFAR_2D\相关源码\cfar_detector2.m, 5578 , 2017-10-16
CA_CFAR_2D\相关源码\MY_CA_CFAR.m, 2019 , 2019-11-01

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

  • add2database
    speech recognition should be done using this code
    2011-05-17 02:01:17下载
    积分：1
  • feinier
    “物理光学”课程设计：菲尼尔衍射积分及考纽曲线的绘制，有原代码。( Physical optics course design: Fresnel diffraction integral and draw the cornu curve, the original code.)
    2014-11-16 11:35:33下载
    积分：1
  • wannianli1
    用matlab实现万年编程，显示年月日当前时间(Years to achieve with matlab programming, displays the current month, day time)
    2011-06-18 21:54:41下载
    积分：1
  • makeVRMLfile
    this code is use do create 3d structure of 3d object
    2013-10-04 19:06:28下载
    积分：1
  • 1holo_hex
    说明：  一个用于计算六方点阵的单光束干涉方法，MATLAB编写的(A six-dot matrix used to calculate the single-beam interference method, MATLAB prepared)
    2008-08-29 17:27:33下载
    积分：1
  • MAtLab-softwaresm1
    The codes included here require Matlab platform 7.0.0 or higher. The source codes have been written by the students who have undergone this subject. The codes are problem specific and not general. The principle aim was to develop softwares for illustration of computational methods and are generally far from optimal. Knowledge of any computer language is sufficient to change the parameters in the codes. A person well versed in Matlab should be able to modify these codes or write their own. It is a common knowledge that understanding the codes written by others is not a pleasant experience. Therefore, useful comments have been added in the codes to help users.(The codes included here require Matlab platform 7.0.0 or higher. The source codes have been written by the students who have undergone this subject. The codes are problem specific and not general. The principle aim was to develop softwares for illustration of computational methods and are generally far from optimal. Knowledge of any computer language is sufficient to change the parameters in the codes. A person well versed in Matlab should be able to modify these codes or write their own. It is a common knowledge that understanding the codes written by others is not a pleasant experience. Therefore, useful comments have been added in the codes to help users.)
    2013-03-18 12:27:19下载
    积分：1
  • 信号盲源分离 NNDSVD
    信号盲源分离，非负矩阵分解，解决初值问题(Signal blind source separation and nonnegative matrix decomposition)
    2018-05-05 13:11:08下载
    积分：1
  • Ionosphere_LR
    说明：  电离层的贝叶斯分类器，使用matlab编程开发，具有正确率高的优点(Ionosphere Bayesian classifier, using the matlab program development, the advantages with the correct rate)
    2010-05-04 19:27:25下载
    积分：1
  • simulation-of-light
    书籍：高等光学仿真-光波导激光，通过具体例子展示matlab的强大功能(Books: higher- optical waveguide laser optical simulation, through specific examples show the powerful functions of matlab)
    2016-06-03 22:34:25下载
    积分：1
  • QCLDPC-encode
    针对目前应用比较广泛的基于准循环矩阵构造的QC-LDPC(准循环LDPC)码的各种构造方法,分析比较了随机构造LDPC和各种准循环LDPC编码方法的优缺点,通过理论分析和MATLAB中的性能仿真,提出的相应的优化方案(Broader view of the present application of quasi-circulant matrices based QC-LDPC (quasi-cyclic LDPC) codes for the various construction methods, structural analysis and comparison of the random LDPC and various quasi-cyclic LDPC coding advantages and disadvantages, through theoretical analysis and MATLAB The performance simulation, optimization scheme proposed by the corresponding)
    2010-08-31 10:02:27下载
    积分：1
  • 696518资源总数
  • 105877会员总数
  • 14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© 2019-2025 | 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！