matlab6.0

相控阵直角坐标与极坐标先的方向图,可以调节字体与线条大小(Phased array Cartesian coordinates and polar coordinates before the pattern)

this document explains how to read and write binary data on a serial port using matlab.

This book is about how to make MATLAB-based Graphical User Interface (GUI) tools. It falls naturally into two parts: • GUI design, or how to make something that’s useful • GUI implementation, or how to make something that works The principles of good GUI design are, for the most part, timeless and universal. They apply in MATLAB as much as they apply anywhere else,though we consider them here with respect to specific examples. The guidelines for GUI implementation, on the other hand, tend to be much more specific—many of the implementation details we discuss here weren’t possible in MATLAB until recently. Accordingly, in this manualthere is a trend from the general to the specific. Part of the second half of the manual is devoted to the use of MATLAB’s GUI-building tool, Guide (Graphical User Interface Development Environment). A quick start example of how to use Guide also closes out this introductory chapter.

小电流接地系统发生接地故障时，利用prony算法提取暂态特征分量并利用相关分析法实现选线取得很好的效果，有效的排除了干扰信号的影响，结论明显、准确性高。(When the small current grounding system occurs ground fault , we use prony algorithm to extract the transient characteristics of the component and line selection by using correlation analysis. The simulation present that the algorithm effectively eliminate the influence of interfering signal. The result has a good effect and high accuracy obviously.)

非线性容错控制：容错控制的一个简单的例子，用于非线性系统的容错控制。(Nonlinear Fault Tolerant Control: a simple example of a fault-tolerant control of fault-tolerant control for nonlinear systems.)

routh hurtwitz criterion

Non maxima suppression and thresholding for points generated by a feature or corner detector.

车牌定位的一种实现，主要利用了梯度差分提取高频分量后水平、竖直投影提取边界，规划定位(An implementation of license plate location, the main advantage of the high frequency components extracted after differential gradient level, vertical projection to extract the boundary, planning and positioning)

实现认知无线电的基于几点选择的信道分配算法。(Cognitive radio allocation algorithm based on several selected channel.)

包括主成分分析、因子分析、贝叶斯分析，对信号进行频谱分析及滤波，是国外的成品模型。( Including principal component analysis, factor analysis, Bayesian analysis, The signal spectral analysis and filtering, Foreign model is finished.)