J_pseudoinv

zernikepol多项式函数zernikepol多项式函数zernikepol多项式函数zernikepol多项式函数zernikepol多项式函数zernikepol多项式函数(zernikepolzernikepolzernikepolzernikepolzernikepolzernikepolzernikepolzernikepolzernikepolzernikepolzernikepolzernikepol)

使用LLC拓扑的软开关谐振变换器的SIMULINK仿真模型和相关参数计算(SIMULINK simulation model and related parameters of soft switching resonant converter using the LLC topology. )

说明：  PCA 可以运行的人脸识别系统基于Matlab(PCA recognition system which can run)

这是一个关于自相关算法及功率谱的仿真的源代码... (matlab This is the one on self-correlation )

matlab说明文档，有对RTW实时控制平台的介绍(matlab documentation, there are real-time control platform for the introduction of RTW)

Redistribution and use in source and binary forms, with or without modification, are permitted provided that the following conditions are met: * Redistributions of source code must retain the above copyright notice, this list of conditions and the following disclaimer. * Redistributions in binary form must reproduce the above copyright notice, this list of conditions and the following disclaimer in the documentation and/or other materials provided with the distribution

Algorithm/Flowchart for C

main executing reference usage: usage_timeDifference.m Sample output: The time interval between earierTime [09-Sep-1900 09:09:18] and laterTime [31-Oct-2010 23:33:08] is 110 years, 79 days, 14 hours, 23 mins, 50.17 secs. The objective is to compute the time interval taking into account the leap days that are subsumed within the time interval. Note: The logic subsumes the time interval by yearEnd, monthEnd, dayEnd - timeEarlier (within that year) + time interval (excluding that 2 years) + timeLater - yearEnd, monthEnd, dayEnd (within that year) It differentiates the earlier time and later time, ie. timeDifference (earlierTime, laterTime) gives the same result as timeDifference (laterTime, earlierTime). leapDayHasPassed.m illustrates a possible approach to determine if a certain day of concern is already over at a given time. Caveat: does not include leap secs

介绍了matlab和生物医学信号处理的基础知识，都是PPT，适合新手入门。(Introduced and biomedical signal processing matlab basics are PPT, suitable for beginners.)

dijkstra计算最短路径，算法在优化、图像处理、网格处理等相关领域有非常广泛的应用，希望能借此机会了解其实质内容，并灵活应用其到所学领域中。(dijkstra calculate the shortest path algorithm optimization, image processing, mesh processing and other related fields have a very wide range of applications, hoping to take this opportunity to learn about its substance, and the flexibility to apply their learning to the field.)