搜索资源列表
Antenna
- 二维阵列天线的方向图，在极坐标的条件下，通过验证已经(The pattern of two-dimensional array antenna Under the condition of polar coordinates)
confocal
- 用于超宽带的，2维平面天线阵列的微波成像(Microwave imaging of a 2-dimensional planar antenna array for ultra wide band.)
D_T_calculator
- 缝隙天线阵列的泰勒分布及偏置计算 %输入参数： %N为阵元数，切比雪夫多项式阶数为N-1 %R0dB为副瓣电平要求 %输出参数： %角度：0-180° %道尔夫-切比雪夫相对幅度方向图SudB %道尔夫-切比雪夫相对激励幅度值In__ %均匀激励相对幅度方向图s0(Taylor distribution and offset calculation of slot antenna array)
array
- 快速建立阵列天线模型，解决阵列天线单元过多建模复杂的问题。(The array antenna model is quickly established to solve the complex modeling problem of array antenna units.)
Antenna
- 基础的波束形成算发，SINR,SNR,LCMV,ML,CAPON,MVDR。还有一些线阵面阵圆阵的方向图综合(The basic beamforming algorithm is SINR, SNR, LCMV, ML, CAPON, MVDR. There are also some pattern synthesis of linear array circular array)
lcmv
- 基于LCMV的自适应波束成型算法仿真。90度为期望信号、100度为非期望信号，利用LCMV（线性约束最小方案）优化设计阵列处理器，得出相应阵列方向图(LCMV based adaptive beamforming. 90 degree is desired signal. 100 degree is interference signal. LCMV based method to optimize the antenna array receiving, the radiation patte
Taylor_calculator
- matlab综合 线性阵列天线 泰勒综合方法 天线阵列(Matlab integrated linear array antenna Taylor synthesis method, antenna array.)
Taylor
- 19个阵元的直线阵列的泰勒分布，间距0.5，并且显示阵元的电流分布(linear antenna array, taylor position)
Chap2二维电扫阵列.3
- 能够根据输入的阵列信息来计算对应阵列天线的方向图，对设计天线有一定的指导意义(It is possible to calculate the direction of the corresponding antenna array based on the input array information, which is of guiding significance to the design of the antenna.)
Taylor_calculator
- 泰勒阵列综合学习参考matlab程序,简单形成天线方向图(Taylor array integrated learning reference matlab program, the simple formation of antenna pattern)
circular_array
- 通过天线参数修改可以算出天线参数方向图等，方便快捷的计算(By modifying the parameters, we can calculate the antenna parameter pattern and so on.)
beamforming-master
- 波束赋形的matlab代码，多天线阵列控制信号的方向和幅度来控制接收信号(Beamforming matlab code, multi antenna array controls the direction and amplitude of the signal to control the received signal.)
04469620array
- 构建天线阵列及GUI框架,可用于相控阵，圆形阵，矩形阵等(The antenna array and GUI frame can be used for phased array, circular array, rectangular array, etc)
array_ant_yichuan_no problem
- 使用遗传算法优化了阵列天线方向图，亲自打的代码，已验证可使用(Genetic algorithm is used to optimize the pattern of the antenna array, and the code has been verified to be available.)
xianzhen
- 直线阵列天线方向图和带有切比雪夫加权的直线阵列方向图，对初学天线阵列的有帮助，只不过代码写的不够好，网上找的(The linear array antenna pattern and the linear array pattern with Chebyshev weighting are helpful for the beginner antenna array, but the code is not written well enough.)
tools
- 该脚本利用MATLAB-HFSS-API，在MATLAB中编写M×N阵列可重构天线的建模仿真脚本。为了快速地得到具有指定频率的开关组合状态，将遗传算法应用(Application of Genetic Algorithm in Reconfigurable Antenna Array)
粒子群算法综合线阵低副瓣方向图
- 利用粒子群算法综合微带天线阵列方向图，可以自适应调节副瓣电平和波瓣宽度。(By using particle swarm optimization (PSO) to synthesize the pattern of microstrip antenna array, the sidelobe level and lobe width can be adjusted adaptively.)
GA
- 利用遗传算法优化10元稀疏天线阵列的单位间距，得到低副瓣的结果(Using genetic algorithm to optimize the unit spacing of 10 element sparse antenna array, the result of low sidelobe is obtained)
Antenna_polarization_3D.m
- 均匀平面天线阵列的三维极化方向图，matlab语言。(Antenna Polarization for Uniform Planar Array)
antenna
- 计算阵列天线幅度加权。泰勒和切比雪夫两种计算方法。(Chebyshev amplitude weighting calculation of array antenna)