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XIANGKONGZHEN
- 每个天线单元都由独立的移相开关控制，通过控制各天线单元发射的相位，就能合成不同相位波束。相控阵各天线单元发射的电磁波以干涉原理合成一个接近笔直的雷达主瓣，而旁瓣则是各天线单元的不均匀性而造成。(Each antenna unit is controlled by an independent phase shift switch. By controlling the phase transmitted by each antenna element, different phase beams
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)
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
- 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.)
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.)
稀疏天线优化
- 运用遗传算法，对天线的庞斑进行优化，得到最佳的线性阵列的分布(Genetic algorithm is used to optimize the spot of antenna and get the optimal distribution of linear array)
相控阵雷达系统建模中的天线仿真技术_孙晓晖
- 相控阵雷达天线仿真数学模型的介绍，很好用(The introduction of phased array radar antenna simulation mathematical model is very useful.)
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 array.txt
- %待优化的目标函数：fitness %待优化函数阵元数目D %粒子数目：N %学习因子1：c1 %学习因子2：c2 %惯性权重：w %最大迭代次数：M %问题的维数：D %目标函数取最小值时的自变量值：xm %目标函数的最小值：fv