test_11_9

线性调频信号的分数阶傅里叶变换，完整可用。分数阶傅里叶变换采用Pei采样算法，在傅里叶域呈现宽带特性的线性调频信号，在分数阶域呈现窄带特征。(The fractional Fourier transform of linear frequency modulation signal, available. fractional Fourier transform using Pei s sampling algorithm, in Fourier domain present broadband characteristics of linear frequency modulation signal, the fractional domain present narrowband feature. )

进行差值拟合 很好 很不错 相信可以帮助你(The difference between a good fit is very good I believe can help you)

函数HoneycombPatternInRectangularWindow在已知矩形窗内绘制蜂窝状图案(draw HoneycombPattern In Rectangular Window)

双闭环就、调速，matlab数字仿真实验报告(Double Loop)

基于云模型的自适应粒子群算法，很有思想，很好！(Based on cloud model adaptive particle swarm algorithm, very ideological, very good!)

A significant amount of papers has been published on web server server modeling and control. This survey presents the current results in these two fields. Background information is given that explains and examplifies the problems found in respective fields. A list of references for further reading is included

this file is m-file for design of ZCS/ZVS converter

本文首先研究了ISAR成像的基本原理，在理想转台模型的基础上对距离-多普勒(R-D)成像算法做了分析，对目前常用的运动补偿技术进行了对比和研究，并将这些技术用于雅克-42飞机的实测数据中。然后，论文系统地论述了压缩感知主体理论，重点对信号重构中的基追踪(BP)算法和正交匹配追踪(OMP)算法进行了深入的研究和讨论，并通过正弦信号的仿真结果验证了两种方法的有效性。(Firstly, the basic principle of ISAR imaging study, based on an ideal model for distance turntable- Doppler (RD) imaging algorithm to do the analysis of the motion compensation techniques currently used are compared and studied, and the use of these technologies in the measured data in the Yak-42 aircraft. Then, the paper systematically discusses the theory of compressed sensing body, focusing on the signal reconstruction of the base track (BP) algorithm and orthogonal matching pursuit (OMP) algorithm is conducted in-depth studies and discussions, and the simulation results verify the sinusoidal signal the effectiveness of the two methods.)

储备池预测Mackey Glass混沌序列，供大家参考(Reservoir predicts Mackey Glass chaotic sequence for your reference)

This code is shah s iterative algorithm for selecting primary degrees of freedom in system reduction methodology.