zemax-Non-Sequential

根据平面波展开法绘制的二维光子晶体能带图，包括TM和TE波两种模式(2d photonic crytal band structure)

主要介绍一些基于matlab开发环境的一些实用的函数程序事例，非常有用(Introduces some of the functions of some practical examples matlab program development environment based on useful)

C/C++ Heart monitor sample application

Noise Estimation of speech signals in Matlab

基于Hessian能量的半监督回归，并将其应用于半监督维数约简。(This is code for the semi-supervised regression using Hessian energy. Kwang In Kim, Florian Steinke and Matthias Hein, "Semi-supervised Regression using Hessian energy with an application to semi-supervised dimensionality reduction" NIPS 2009)

序列二次规划算法，可以matlab运行，内部有详细说明(Sequential quadratic programming algorithm, matlab can run, there are detailed internal instructions)

阵列信号处理的高分辨率估计，用于时频分析算法，未来线路预测,分析误差。( High-resolution array signal processing estimates, For time-frequency analysis algorithm, Future line prediction, error analysis.)

matlab的pdf文档，主要讲解其中的控件技术，有兴趣的同志们可以参考一下(matlab the pdf documents, mainly on one of the control technology, the comrades who are interested can refer to)

循环冗余校验就是一种被广泛采用的错误检验编码。介绍了循环冗余校验码的差错控制原理及其算法实现。(CRC is a widely used test coding errors. Introduced a cyclic redundancy check code for error control principle and algorithm.)

/* * file : PAL_library.c * project : PIC PAL SOFTWARE VIDEO GENERATOR * author : Bruno Gavand * compiler : mikroC V6.2 * date : January 17, 2006 * * description : * PAL library for PIC18 MCU * This library turns your PIC18 into a B&W PAL software video generator * * schematic : ___ RD0 (LUM) +---|___|---+ 100 | ____ | RB0 (SYNC) +---|____|--+--------> VIDEO OUT (to TV video input) 1K GND +--------------------> GND(/* * file : PAL_library.c * project : PIC PAL SOFTWARE VIDEO GENERATOR * author : Bruno Gavand * compiler : mikroC V6.2 * date : January 17, 2006 * * description : * PAL library for PIC18 MCU * This library turns your PIC18 into a B&W PAL software video generator * * schematic : ___ RD0 (LUM) +---|___|---+ 100 | ____ | RB0 (SYNC) +---|____|--+--------> VIDEO OUT (to TV video input) 1K GND +--------------------> GND)