搜索资源列表
Antenna_arrays_design_tool
- matlab开发的阵列天线设计工具，可以设计均匀/非均匀、一维/多维等阵列，可画出方向图-Matlab development of the antenna array design tools can be designed uniform / non-uniform, one-dimensional / Multi-dimensional arrays, etc., can be painted pattern
U6
- 此为对于均匀阵列的MUSIC算法的源代码，希望对大家有用-this a uniform array for the MUSIC algorithm source code, we want to help!
U7
- 很好的二维阵元域内的MUSIC算法源代码，验证过了是对的-good 2D array element within the MUSIC algorithm source code, certification of over! !
MATLAB阵列信号处理方面的经典程序
- 阵列信号处理方面的经典程序，包括MUSIC算法，ESPRIT 算法，Root-MUSIC算法面阵中二维角度估计 Unitary -ESPRIT算法，空间平滑MUSIC算法，传播算子DOA估计算法-Classical array signal processing procedures, including the MUSIC algorithm, ESPRIT algorithm, Root-MUSIC algorithm for two-dimensional planar array of
kuaisupaixufa1
- 输入数组(int[] number)作为sort的参数调用sort 即可实现排序（不减序排列） //或者利用重载的sort方法，输入参数是(int[] number, 0, number.length-1)-Input array (int [] number) as a sort of parameters to achieve the sort called sort (reduction sequence order)// or use the sort method overload
kuaisupaixufa3
- 输入数组作为sort的参数调用sort 即可实现排序（不减序排列） //或者利用重载的方法，参数是(int[] number, 0, number.length-1)-Input parameters of the array as a sort of call to achieve the sort order (with no reduction sequence)// or use of heavy-duty approach, parameter is (int [] number,
chirp
- steppedchirp子函数产生一个子脉冲数为N的步进频信号，子脉冲为chirp信号，参数可在main函数中设置，结果保存在数组y[]中。-Functions steppedchirp pulses generated for a subset of N step-frequency signal, sub-pulses for chirp signal parameters can be set up in the main function, the result stored in th
chirp
- steppedchirp子函数产生一个子脉冲数为N的步进频信号，子脉冲为chirp信号，参数可在main函数中设置，结果保存在数组y[]中。-Functions steppedchirp pulses generated for a subset of N step-frequency signal, sub-pulses for chirp signal parameters can be set up in the main function, the result stored in th
FengShui.tar
- FengShui: custom ASIC layout placement for gigascale VLSI circuits, for gate array, sea of gate and standard cell designs, scales well into million gate designs-FengShui: custom ASIC layout placement for gigascale VLSI circuits, for gate array, sea
chuxu
- 圆阵方位估计技术，在白噪声下和非平稳噪声下-Circular array DOA estimation technology, under the white noise and non-stationary noise under the
pro4
- 数组相关，很不错的例子，希望对大家有用。-about array. it is a good sample for labview
hallen_zhenlie
- 海伦法分析3元阵列天线的方向图，增益，电流分布，三维方向图-Helen Analysis of 3 per array antenna pattern, gain, current distribution, three-dimensional pattern
QR
- QR分解是球形MIMO检测算法必不可少的环节,本代码采用m语言描述了QR分解分解具体怎么实现,而不是直接调用matlab内部函数,采用的是QR分解的脉动阵列结构,据此代码可轻易实现QR分解的FPGA设计-QR decomposition is an essential part of the spherical MIMO detection algorithm, the code uses QR decomposition decomposition m language to describe
SumDiff_angle_measure
- 相控阵天线和差测角仿真程序,帮助理解相控阵跟踪过程-Phased array antenna and the difference between the measured angle simulation program to help understand phased array tracking process
There-application--of-array_antenna
- 本文件仿真了均匀直线阵列天线的三个应用：边射阵，普通端射阵，强方向性端射阵。-The file simulated three applications of uniform linear array antenna : broadside array, ordinary endfire array, strong directional endfire array.
zhenlie_fangxiangtu
- 画单极子天线阵列方向图，用来画单极子天线的方向图-Painted monopole antenna array pattern
jiaozheng_mine
- 一种多波束阵列天线系统发射通道幅相误差环路校正方案。采用了经过空域DFT变换的m/WH复合正交码作为校正测试信号。-A multi-beam array antenna system loop transmit channel amplitude and phase error correction scheme. After airspace using DFT transform m/WH complex orthogonal code as calibration test signal.
CircleBeamforming
- 本资料为个人matlab编程的圆阵波束形成算法仿真，包括窄带信号和宽带信号，同时分别提供了时延波束形成、相移波束形成和频域波束形成三种算法。程序完整、调试通过、可运行得到输出。-This information is for personal matlab programming circular array beamforming algorithm simulation, including narrowband signals and wideband signals, respectiv
music-algorithm-simulation
- music算法的基本仿真以及有关的阵元数，SNR，阵元间距，快拍数之间的程序仿真-The basic simulation algorithms music program and the number of array elements related, SNR, element spacing, the number of snapshots between simulation
GA-Optimization-of-Antenna-Array
- 本程序主要在MATLAB环境下实现笔状阵列天线的遗传算法的优化。-This procedure mainly in the MATLAB environment to achieve the pen-shaped array antenna genetic algorithm optimization.