登录
首页 » matlab » optimum_array_processing

optimum_array_processing

于 2009-02-28 发布 文件大小:403KB
0 200
下载积分: 1 下载次数: 473

代码说明:

  最优阵列信号处理一书中的源代码,对于学习阵列信号处理的人来说,是很不错的资料(Optimal array signal processing, a book' s source code, array signal processing for the study of people, it is very good information)

文件列表:

最优阵列信号处理\Chapter 6. Optimum Waveform Estimation\fig6_13.m .txt
最优阵列信号处理\Chapter 6. Optimum Waveform Estimation\Chapter 6.doc
最优阵列信号处理\Chapter 6. Optimum Waveform Estimation\fig6_14.m .txt
最优阵列信号处理\Chapter 6. Optimum Waveform Estimation\fig6_15.m .txt
最优阵列信号处理\Chapter 6. Optimum Waveform Estimation\fig6_70.m.txt
最优阵列信号处理\Chapter 6. Optimum Waveform Estimation\Ch6figs.zip
最优阵列信号处理\Chapter 6. Optimum Waveform Estimation\fig6_16.m .txt
最优阵列信号处理\Chapter 6. Optimum Waveform Estimation\fig6_11.m .txt
最优阵列信号处理\Chapter 6. Optimum Waveform Estimation\fig6_17a.m .txt
最优阵列信号处理\Chapter 6. Optimum Waveform Estimation\fig6_12.m .txt
最优阵列信号处理\Chapter 6. Optimum Waveform Estimation\fig6_79.m .txt
最优阵列信号处理\Chapter 6. Optimum Waveform Estimation\fig6_17b.m .txt
最优阵列信号处理\Chapter 6. Optimum Waveform Estimation\fig6_78.m .txt
最优阵列信号处理\Chapter 6. Optimum Waveform Estimation\fig6_18.m .txt
最优阵列信号处理\Chapter 6. Optimum Waveform Estimation\fig6_74.m .txt
最优阵列信号处理\Chapter 6. Optimum Waveform Estimation\fig6_21.m .txt
最优阵列信号处理\Chapter 6. Optimum Waveform Estimation\fig6_73.m .txt
最优阵列信号处理\Chapter 6. Optimum Waveform Estimation\fig6_22.m .txt
最优阵列信号处理\Chapter 6. Optimum Waveform Estimation\fig6_68_69.m .txt
最优阵列信号处理\Chapter 6. Optimum Waveform Estimation\fig6_23.m .txt
最优阵列信号处理\Chapter 6. Optimum Waveform Estimation\fig6_24.m .txt
最优阵列信号处理\Chapter 6. Optimum Waveform Estimation\fig6_33.m .txt
最优阵列信号处理\Chapter 6. Optimum Waveform Estimation\fig6_25.m .txt
最优阵列信号处理\Chapter 6. Optimum Waveform Estimation\fig6_34.m .txt
最优阵列信号处理\Chapter 6. Optimum Waveform Estimation\fig6_26.m .txt
最优阵列信号处理\Chapter 6. Optimum Waveform Estimation\fig6_35.m .txt
最优阵列信号处理\Chapter 6. Optimum Waveform Estimation\fig6_27.m .txt
最优阵列信号处理\Chapter 6. Optimum Waveform Estimation\fig6_36a.m .txt
最优阵列信号处理\Chapter 6. Optimum Waveform Estimation\fig6_28.m .txt
最优阵列信号处理\Chapter 6. Optimum Waveform Estimation\fig6_36b.m .txt
最优阵列信号处理\Chapter 6. Optimum Waveform Estimation\fig6_32.m .txt
最优阵列信号处理\Chapter 6. Optimum Waveform Estimation\fig6_37.m .txt
最优阵列信号处理\Chapter 6. Optimum Waveform Estimation\fig6_41.m .txt
最优阵列信号处理\Chapter 6. Optimum Waveform Estimation\fig6_38.m .txt
最优阵列信号处理\Chapter 6. Optimum Waveform Estimation\fig6_64.m.txt
最优阵列信号处理\Chapter 6. Optimum Waveform Estimation\fig6_39.m .txt
最优阵列信号处理\Chapter 6. Optimum Waveform Estimation\fig6_63.m.txt
最优阵列信号处理\Chapter 6. Optimum Waveform Estimation\fig6_40a.m .txt
最优阵列信号处理\Chapter 6. Optimum Waveform Estimation\fig6_62.m .txt
最优阵列信号处理\Chapter 6. Optimum Waveform Estimation\fig6_40b.m .txt
最优阵列信号处理\Chapter 6. Optimum Waveform Estimation\fig6_47.m .txt
最优阵列信号处理\Chapter 6. Optimum Waveform Estimation\fig6_40c.m.txt
最优阵列信号处理\Chapter 6. Optimum Waveform Estimation\fig6_61.m .txt
最优阵列信号处理\Chapter 6. Optimum Waveform Estimation\fig6_48.m .txt
最优阵列信号处理\Chapter 6. Optimum Waveform Estimation\fig6_60.m .txt
最优阵列信号处理\Chapter 6. Optimum Waveform Estimation\fig6_49.m .txt
最优阵列信号处理\Chapter 6. Optimum Waveform Estimation\fig6_59.m .txt
最优阵列信号处理\Chapter 6. Optimum Waveform Estimation\fig6_50.m .txt
最优阵列信号处理\Chapter 6. Optimum Waveform Estimation\fig6_58.m .txt
最优阵列信号处理\Chapter 6. Optimum Waveform Estimation\fig6_51.m .txt
最优阵列信号处理\Chapter 6. Optimum Waveform Estimation\fig6_57.m .txt
最优阵列信号处理\Chapter 6. Optimum Waveform Estimation\fig6_52.m .txt
最优阵列信号处理\Chapter 6. Optimum Waveform Estimation\fig6_56.m .txt
最优阵列信号处理\Chapter 6. Optimum Waveform Estimation\fig6_53.m .txt
最优阵列信号处理\Chapter 6. Optimum Waveform Estimation\fig6_54.m .txt
最优阵列信号处理\Chapter 6. Optimum Waveform Estimation\fig6_55.m .txt
最优阵列信号处理\Chapter 7. Adaptive Beamformers\fig7_8_9_10.m.txt
最优阵列信号处理\Chapter 7. Adaptive Beamformers\Chapter 7.doc
最优阵列信号处理\Chapter 7. Adaptive Beamformers\fig7_11.m.txt
最优阵列信号处理\Chapter 7. Adaptive Beamformers\fig7_12.m.txt
最优阵列信号处理\Chapter 7. Adaptive Beamformers\fig7_3.m.txt
最优阵列信号处理\Chapter 7. Adaptive Beamformers\fig7_4.m .txt
最优阵列信号处理\Chapter 7. Adaptive Beamformers\fig7_13.m .txt
最优阵列信号处理\Chapter 7. Adaptive Beamformers\fig7_5_6.m.txt
最优阵列信号处理\Chapter 7. Adaptive Beamformers\fig7_7a.m.txt
最优阵列信号处理\Chapter 7. Adaptive Beamformers\fig7_7b.m.txt
最优阵列信号处理\Chapter 7. Adaptive Beamformers\fig7_14.m .txt
最优阵列信号处理\Chapter 7. Adaptive Beamformers\fig7_15.m .txt
最优阵列信号处理\Chapter 8. Parameter Estimation I Maximum Likelihood\Chapter 8.doc
最优阵列信号处理\Chapter 9. Parameter Estimation II\Chapter 9.doc
最优阵列信号处理\Chapter 10. Detection and Other Topics\Chapter 10.doc
最优阵列信号处理\Chapter 10. Detection and Other Topics\Ch10figs.zip
最优阵列信号处理\Chapter 10. Detection and Other Topics\fig10_02.m .txt
最优阵列信号处理\Chapter 5. Characterization of Space-Time Processes\fig5_11.m .txt
最优阵列信号处理\Chapter 5. Characterization of Space-Time Processes\Chapter 5.doc
最优阵列信号处理\Chapter 5. Characterization of Space-Time Processes\fig5_12.m .txt
最优阵列信号处理\Chapter 5. Characterization of Space-Time Processes\fig5_14.m .txt
最优阵列信号处理\Chapter 5. Characterization of Space-Time Processes\fig5_18.m.txt
最优阵列信号处理\Chapter 5. Characterization of Space-Time Processes\Ch5figs.zip
最优阵列信号处理\Chapter 5. Characterization of Space-Time Processes\fig5_15.m .txt
最优阵列信号处理\Chapter 5. Characterization of Space-Time Processes\fig5_03.m .txt
最优阵列信号处理\Chapter 5. Characterization of Space-Time Processes\fig5_16.m .txt
最优阵列信号处理\Chapter 5. Characterization of Space-Time Processes\fig5_10.m .txt
最优阵列信号处理\Chapter 5. Characterization of Space-Time Processes\fig5_27.m .txt
最优阵列信号处理\Chapter 5. Characterization of Space-Time Processes\fig5_20.m .txt
最优阵列信号处理\Chapter 5. Characterization of Space-Time Processes\fig5_28.m .txt
最优阵列信号处理\Chapter 5. Characterization of Space-Time Processes\fig5_23.m .txt
最优阵列信号处理\Chapter 5. Characterization of Space-Time Processes\fig5_30.m.txt
最优阵列信号处理\Chapter 5. Characterization of Space-Time Processes\fig5_24.m .txt
最优阵列信号处理\Chapter 5. Characterization of Space-Time Processes\fig5_31.m .txt
最优阵列信号处理\Chapter 5. Characterization of Space-Time Processes\fig5_25.m .txt
最优阵列信号处理\Chapter 5. Characterization of Space-Time Processes\fig5_32.m .txt
最优阵列信号处理\Chapter 5. Characterization of Space-Time Processes\fig5_26.m .txt
最优阵列信号处理\Chapter 5. Characterization of Space-Time Processes\fig5_33.m .txt
最优阵列信号处理\Chapter 5. Characterization of Space-Time Processes\fig5_34.m.txt
最优阵列信号处理\Chapter 5. Characterization of Space-Time Processes\fig5_35.m .txt
最优阵列信号处理\Chapter 5. Characterization of Space-Time Processes\fig5_36.m.txt
最优阵列信号处理\Chapter 5. Characterization of Space-Time Processes\fig5_37.m .txt
最优阵列信号处理\Chapter 5. Characterization of Space-Time Processes\polarkb.m .txt
最优阵列信号处理\Chapter 2. Arrays and Spatial Filters\Ch2figs.zip

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

  • brillian
    文件管理系统:用于实现一个简单的多用户操作的文件管理系统(document management systems : towards a simple multi-user operation of the document management system)
    2006-07-06 21:24:43下载
    积分:1
  • 移动机器人滑模轨迹控制
    移动机器人的滑模轨迹跟踪控制,利用MATLAB进行仿真(Sliding mode tracking control of mobile robot.)
    2021-02-25 15:39:38下载
    积分:1
  • 100-classical-living-examples-on-C-Language
    说明:  C语言100经典实例教程,非常实用、方便的C语言学习材料!(C-100 classic example of tutorials, very useful and convenient C-language learning materials!)
    2010-04-28 18:20:32下载
    积分:1
  • 粒子滤波寿命预测(带数据)
    说明:  利用粒子滤波进行锂离子电池的循环寿命预测(Cycle life prediction of Li-ion battery by particle filter)
    2021-04-08 16:09:00下载
    积分:1
  • 相场模型编程
    基于MATLAB软件编程,讲述了相场法模型编程过程(Phase field model programming)
    2021-03-09 22:19:27下载
    积分:1
  • EKF3
    非线性滤波的matlab实现;三维机动目标跟踪;(EKF)
    2009-06-03 19:48:34下载
    积分:1
  • DC_DCclose
    为和各位大神探讨DC-DC控制,特意在MATLAB中DC-DC闭环控制仿真(DC-DC Closed Loop Control Simulation in MATLAB)
    2019-06-03 21:39:07下载
    积分:1
  • 《MATLAB 神经网络43个案例分析》&数据
    matlab43个神经网络学习的案例,有详细的说明和源码(Matlab 43 cases of neural network learning, with detailed description and source code)
    2019-01-18 20:00:19下载
    积分:1
  • 6-3solution
    “六度空间”理论又称“六度分隔”理论,可以通俗的阐述为“你和任何一个陌生人之间所间隔的人不会超过六个人”,也就是说最多通过五个人你就能认识任何一个陌生人。(" Six Degrees of Separation" theory known as " six degrees of separation" theory, can be described as a popular " people between you and any stranger spaced no more than six people," that is up to you by five people will be able to recognize any stranger.)
    2015-03-06 19:15:23下载
    积分:1
  • hjvfn
    用于特征降维,特征融合,相关分析等,用蒙特卡洛模拟的方法计算美式期权的价格以及基本描述,电力系统暂态稳定程序,可以进行暂态稳定计算。( For feature reduction, feature fusion, correlation analysis, Monte Carlo simulation method of calculating the American option price and basic description, Power System Transient Stability Program, can be transient stability.)
    2017-05-05 12:49:04下载
    积分:1
  • 696518资源总数
  • 106164会员总数
  • 18今日下载