analyze

说明：  计算函数的极值的一种方法 只是其中一种 以后会陆续上新的(Calculation of the extremal function is just one of a method of the future will continue on a new)

基于流函数法求解流体颗粒二相绕流问题的源码(Stream function method based on particle two-phase fluid flow around the issue of source)

ostbc的仿真,可实现各种收发方式的仿真,不过不能出图(ostbc simulation, can send and receive all kinds of ways to achieve the simulation, although not the map)

很多代数方程组的解法，需要用matlab做算法的童鞋可以考虑下载(Solution of many algebraic equations, need to do the algorithm matlab download children s shoes can be considered)

Soft Focus using Guassian Blur

The objective of this project is to investigate the possibility of applying a dynamic channel allocation to cMCN. The proposed method is a multihop dynamic channel assignment (MDCA) scheme that works by assigning channels based on interference information in the surrounding cells. A channel searching strategy, sequential channel searching (SCS) is developed for the MDCA scheme. This strategy is responsible for the channel updation which includes channel assignment for a new request and channel release after the completion of the communication process. Through computer simulation, we show that the proposed MDCA scheme using the SCS strategy improves the system capacity significantly.

This function finds the forward kinematics of the RA-01 Robotic Arm made by Images SI, Inc. The RA-01 has five degrees of freedom. This funciton outputs two vectors. The first vector is the forward kinematics of the central position of the end effector, while the second vector is the forward kinematics of a finger of the end effector (a gripper). Note that it does not matter which finger it is as the position of one finger is simply the negative of the other hence, the value gotten for the y-direction is actually "plus or minus y".

papers related to cross layer WSN where to find location and algorithm used in mac and phy layer

使用MATLAB进行编程，对相应的图片进行模糊处理(blurring the pictures)

基于DTW的语音识别，GUI界面，能识别0-9数字，正确率90 。(Based on DTW speech recognition, the GUI interface, can identify 0-9, 90 accuracy.)