使用相控阵系统工具箱™解决一些加勒比海盗ay synthesis problems.

Use optimization techniques to perform pattern synthesis. Using minimum variance beamforming as an illustration, this example covers how to set up the pattern synthesis as an optimization problem and then solve it using optimization solvers.

绘制一个11 x-9元素均匀矩形阵列的光栅叶图，其间距等于一半波长。

Introduces the basic concept of polarization. It shows how to analyze the polarized field and model the signal transmission between polarized antennas and targets using Phased Array System Toolbox™.

模式乘法原理指出，数组的辐射模式可以视为元素模式和数组因子的乘法。但是，当天线被部署到阵列中时，其辐射模式会被其相邻元素修改。这种效果通常称为相互耦合。因此，为了提高分析的保真度，应该在模式乘法中使用具有相互耦合效果的元素模式，而不是隔离元素（本身位于空间中的元素）模式。

Uses infinite array analysis to model large finite arrays. The infinite array analysis on the unit cell reveals the scan impedance behavior at a particular frequency. This information is used with the knowledge of the isolated element pattern and impedance to calculate the scan element pattern. The large finite array is then modeled using the assumption that every element in the array possesses the same scan element pattern.

模型振幅，相位，位置和模式扰动以及传感器阵列中的元素故障。

型号A 77 GHz 2x4天线阵列，用于频率调节连续波（FMCW）雷达应用。随着引入无线碰撞检测，避免碰撞和车道出发警告系统，车辆内外的天线和天线阵列的存在变得司空见惯。考虑到此类系统的两个频带分别围绕24 GHz和77 GHz。在此示例中，我们将研究微带贴片天线作为梯形阵列散热器。介电衬底是空气。

Model and visualize a variety of antenna array geometries with Phased Array System Toolbox™. These geometries can also be used to model other kinds of arrays, such hydrophone arrays and microphone arrays. You can view code for each plot, and use it in your own project.

传感器阵列分析仪应用程序使您可以检查阶梯阵列的重要属性，例如响应和几何形状。

Apply tapering and model thinning on different array configurations. It also demonstrates how to create arrays with different element patterns.

在存在未知扰动的情况下，使用试验校准来改善天线阵列的性能。

A self calibration procedure based on a constrained optimization process. Sources of opportunity are exploited to simultaneously estimate array shape uncertainties and source directions.