NyARToolkit-for-java4.1.1

说明：  matlab用来编辑NC或者HDF格式数据的插件(matlab HDF format for editing data in NC or plug-ins)

说明：  使用matlab绘制图形各种基本操作技术总结，非常实用。推荐给大家作为学习必备资料。(Matlab draw graphics using a variety of basic operations technical summary, very useful. Recommend it to everyone as a learning essential information.)

高斯hermit粒子滤波器，及其测试程序。可以用于目标跟踪。(Gaussian hermit particle filter, and testing procedures. Can be used for target tracking.)

本文主要讲的是图像变化中所使用的小波变换的一些基本知识(This article is primarily concerned with changing the image used in some of the basics of wavelet transform)

ofdm系统信道估计，基于LS,LMMSE,LRMMSE等准侧。是学习的好工具。(ofdm channel estimation system, based on LS, LMMSE, LRMMSE other potential side. Is a good tool for learning.)

MUSIC算法的matlab仿真，MUSIC是经典的oda算法，基于子空间的应用(MUSIC algorithm matlab simulation, MUSIC is a classic oda algorithm, based on the application of subspace)

介绍小波分析基础，二进小波变换，规范正交小波基的构造，小波变换与滤波器组，自适应小波变换，以及小波变换的应用等等(Wavelet Analysis and Applications)

converter is suppressed according to CISPR 22 standard limits. The fundamental frequency component with higher order harmonics of 2 MHz resonant converter after the application of filter is at 33.18 dBµ V. The designed filter has attenuated the common mode conducted noise by 140 dBµ V.

We present a study of a matrix pencil method for esti- mating parameters (frequencies and damping factors) of exponentially damped and/or undamped sinusoids in noise. Comparison of this method to a polynomial method (SVD-Prony method) shows that the matrix pencil method and the polynomial method are two special cases of a matrix prediction approach but the pencil method is more efficient in computation and less restrictive about signal poles. It is found through perturbation analysis and simulation that, for signals with un- known damping factors, the pencil method is less sensitive to noise than the polynomial method. In Appendix A, a new expression of the Cra- mer-Ran bound for the exponential signals is presented.

Stochastic Nework Optimization via Lyapunov Drift-plus-Penalty technique