JPDAF

在simulink里自建的一个电池充放电仿真模型，通过验证(Built in simulink battery charge and discharge simulation model, by verifying)

这是无线传感网稀疏感知的源程序，这程序的算法非常新颖，能智能感知无线传感器感知的的时间以及地点(This is a wireless sensor network sparse perception of the source, this program is very novel algorithm can IntelliSense wireless sensor perception of time and place)

此程序是基于MATLAB开发，用于相机标定，能较高精度的计算相机的内网外房外元素(This program is developed based on MATLAB for camera calibration, can be calculated with high accuracy within the network, the camera outside the room element)

基于matlab灰色关联度计算的实现，??趍atlab灰色关联度计算的实现，基于matlab灰色关联度计算的实现，(Matlab based on gray correlation degree calculated to achieve,? ?趍atlab gray correlative degree of realization of the calculation, based on gray relational grade calculation matlab realization)

matlab GUI 中一些简单控件的创建，有需要的可以看一下！(some examples about matlab GUI uicontrol!)

orthogonal variable spreading factor (OVSF) is an implementation of Code division multiple access (CDMA) where before each signal is transmitted, the spectrum is spread through the use of a user s code. User s codes are carefully chosen to be mutually orthogonal to each other. These codes are derived from an OVSF code tree, and each user is given a different, unique code. An OVSF code tree is a complete binary tree that reflects the construction of Hadamard matrices.

通过matlab编写的ZntezTH程序。Mallat变换以及小波变换在边缘提取、图像去噪、数据压缩等中的应用，特别包含了二代提升小波的相关内容，理论与实际相结合。大家想要了解的二进小波、正交镜像滤波器组[rioVfaL]等概念这里都有体现。(By MATLAB program ZntezTH, Mallat transform and wavelet transform in edge extraction, image denoising, data compression, etc. in the application, especially includes the second generation wavelet related content, theory and practice. We want to understand the two into the wavelet, the quadrature mirror filter bank [rioVfaL] and other concepts here are reflected.)

可以学习使用大量的matlab程序，帮助初学者解决问题(You can learn to use a lot of MATLAB programs)

Work has started in the 3GPP to define a long-term evolution for 3G, sometimes referred to as Super-3G, which will stretch the performance of 3G technology.

this code was development by George christakos, Serre, M and Patrick Bogaert for implement the Bayesian Maximun Entropy Approach to enviromental and physical mapping research