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abod
- 对于chebyshev法只能对于均匀线阵，本程序实现对任意结构阵列的波束优化
abod
- 对于chebyshev法只能对于均匀线阵，本程序实现对任意结构阵列的波束优化-Chebyshev method for only the uniform linear array, the program structure of arbitrary beam array optimization
chuanganqizhenlieyouhua
- 任意几何形状和阵元指向性的传感器阵列优化波束形成方法-Arbitrary geometry and element directivity optimization of the sensor array beamforming method
sedumiexercise
- sedumi是一个做二阶锥规划的很有用的MATLAB工具包，在进行阵列信号处理，波束优化设计方面有着很好的作用-sedumi is a second-order cone programming to do useful MATLAB tool kit, making array signal processing, beam optimal design has a very good role
MIMO
- 多输入多输出（MIMO）雷达 波束优化处理研究-STUDY ON THE BEAMPATTERN OPTIMIZATION FOR MULTIPLE-INPUT MULTIPLE-OUTPUT RADAR
Sidelobe-Canceller--MSE-
- 阵列信号处理中自适应波束优化准则之一ASC旁瓣相消 MSE准则-Array Signal Processing ASC adaptive beam sidelobe canceller MSE criterion of optimization criteria
criterion-of-LCMV
- 阵列信号处理中自适应波束优化准则之一线性约束最小方差(LCMV)准则-Array signal processing adaptive beam linear constraints of the optimization criterion of minimum variance (LCMV) criterion
AP_16element_conformal_array_dual.m
- 运用交替投影算法进行波束优化，可控制主瓣宽度及副瓣电平-The alternating projection algorithm is used to optimize the beam, which can control the width of the main lobe and the sidelobe level.
AP_conformalarray.m
- 运用交替投影算法进行波束优化，可控制主瓣宽度及副瓣电平-The alternating projection algorithm is used to optimize the beam, which can control the width of the main lobe and the sidelobe level
第二章
- 传感器阵列波束优化设计与应用第二章程序 图8,9，10 ，11，13(Sensor array beam optimization design and application of the second chapter procedures figure8 9 10 11 13)
double_cccmusic
- 优化的music算法，算法增强了CBF和capon算法的可靠性，提高了分辨率和聚焦程度(Optimized music algorithm. The algorithm enhances the reliability of CBF and capon algorithms and improves the resolution and focus)
第四章图1-8
- 传感器阵列波束优化设计与应用第四章 图1-图8 旁瓣控制波束形成，不同窗函数的比较和凹槽噪声发(Beam optimization design and application of sensor array fourth chapters 1- map 8 Sidelobe controlled beamforming, comparison of different window functions and groove noi
基于距离补偿法的MIMO-OFDM雷达波束形成及优化
- MIMO-OFDM雷达波束形成及优化。首先，MIMO-OFDM雷达和OFDM-MIMO雷达的定义在不同的期刊是不同的。这里MIMO-OFDM雷达的定义同IET期刊，即发射阵列应用频率分集。MIMO-OFDM雷达同时使用了频率分集和波形分集，当发射阵列阵元间距是接收阵列阵元间距的N倍时，虚拟孔径最大，这时波束最窄，空域分辨力最高。(Beamforming and its optimization of MIMO-OFDM radar, t
第三章
- 传感器阵列波束优化设计与应用书籍的第三章matlab程序(Chapter III matlab program of book Sensor array beam optimization design and application)
第四章
- 传感器阵列波束优化设计与应用书籍的第四章matlab程序(Chapter 4 matlab program of book Sensor array beam optimization design and application)
第六章
- 传感器阵列波束优化设计与应用书籍第6章的matlab程序(Chapter 6 matlab program of book Sensor array beam optimization design and application)
第七章
- 传感器阵列波束优化设计与应用书籍第7章的matlab程序(Chapter 7 matlab program of book Sensor array beam optimization design and application)
第五章
- 传感器阵列波束优化设计与应用书籍的第五章natlab程序(Chapter 5 matlab program of book Sensor array beam optimization design and application)
第八章
- 传感器阵列波束优化设计与应用书籍第8章matlab程序(Chapter 8 matlab program of book Sensor array beam optimization design and application)
第14章 遗传优化算法
- 遗传算法波束形成，有效地在一定的迭代次数下降低旁瓣电平，非常好用(Genetic algorithm beamforming, effectively reducing the sidelobe level under a certain number of iterations, very easy to use)