New-folder

有关于Matlab实现的频谱分析一篇文章指导(about Spectrum Analyzer in Matlab)

this is a tcp ip communication

This tutorial starts with a simple conceptual model of an analog Phase-Locked Loop (PLL). Through elaboration it ends at a model of an all digital and fixed-point phase-locked loop. The final model can serve a starting point for code generation (both ANSI C or synthesizable HDL). The step-wise elaboration of the model illustrates how Simulink® forms the basis a model-based design where continuous verification of the model reduces errors.

The Hurst parameter H characterizes the degree of long-range dependence (and asymptotic selfsimilarity) in stationary time series. Many methods have been developed for the estimation of H data. In practice, however, the classical estimation techniques can be severely affected by nonstationary artifacts in the time series.

说明：  ADMM是一个高效的优化算法，可以用在很多领域中，1范数是一种常用的目标函数。(ADMM is an effective, fast optimizing algorithm and can be used in many applications. 1-norm is a commonly used objective function.)

基于Matlab H inf 鲁棒控制的设计 简述了 鲁棒控制器的基本思想,给出了运用Matlab鲁棒控制工具箱为假定空间桁架设计 鲁棒控制器的设计过程,同时也给出了控制器作用下闭环系统的分析结果(Robust control based on Matlab H inf robust controller design outlines the basic idea, given the use of Matlab robust control toolbox to assume that space truss design robust controller design process, but also gives the controller closed-loop system under analysis)

MATLAB CODE FOR INTERPOLATION

The aim of this paper is to describe a novel and completely automated technique for carotid artery (CA) recognition, far (distal) wall segmentation, and intima–media thickness (IMT) measurement, which is a strong clinical tool for risk assessment for cardiovascular diseases. The architecture of completely automated multiresolution edge snapper (CAMES) consists of the following two stages: 1) automated CA recognition based on a combination of scale–space and statistical classification in a multiresolution framework and 2) automated segmentation of lumen–intima

说明：  轮式移动机器人的避障，可以实现机器人在约束环境中的期望运动(Wheeled mobile robot obstacle avoidance can be achieved in the constrained environment of the robot s expectations Movement)

建立单频矩形脉冲信号,时间反转镜仿真,计算信号时反过后的能量增益(Establishment of single-frequency rectangular pulse signal, the time reversal mirror simulation, after calculating signal energy gain against)