Chapter-6

Euclidean Distance Transform has been widely studied in computational geometry, image processing, computer graphics and pattern recognition. Euclidean distance has been computed through different algorithms like parallel, linear time algorithms etc. On the basis of efficiency, accuracy and numerical computations, existing and proposed techniques has been compared. This study proposed a new technique of finding Euclidian distance using sequential algorithm. An experimental evaluation has shown that proposed technique has reduced the drawbacks of existing techniques. And the use of sequential algorithm scans has reduced the computational cost.

code in matlab for engineering student for project design

matlab中的数据分析（回归），包括相应的ppt，以及例子的matlab程序源码，便于方便学习(Matlab in the data analysis (return), including the corresponding PPT, and examples of matlab source, easy for learning)

说明：  Investigating the Impact of Load Profile Attributes on Demand Response Exchange. Modeling of demand response (DR) seller bids in traditional approach/model includes a ustomer willingness factor assigned in a random/arbitrary manner.

MATLAB与VB的混合编程探讨，教会你怎么将二者结合起来的(MATLAB with a mixture of VB programming to explore the church how do you combine the two of)

64QAM调制MATLAB代码，其中QAM_64为主程序(MATLAB code of 64QAM modulation)

1． 对薄膜形成与生长中相关物理过程及现象进行分析和建模。 2． 利用蒙特卡罗（Monte Carlo）方法和分子动力学（Molecular Dynamics）方法对薄膜形成与生长过程进行计算机模拟。 3． 对多孔硅形成的模拟。 (1. The film formation and growth of relevant physical processes and phenomena analysis and modeling. 2. Monte Carlo (the Monte Carlo) methods and molecular dynamics (Molecular Dyna mics) method for thin film formation and growth process computer simulation. 3. On the formation of porous silicon simulation.)

在matlab环境下使用ACO蚁群算法解决TSP旅行商问题(In the matlab environment using ACO ACO algorithm to solve the traveling salesman problem TSP)

Calculate the correlation dimension of the matlab program.

基于Mathcad（也可转为matlab程序）的旋转系绳系统模型，以牛顿力学建模，考虑系绳弹性，可用于任意开普勒轨道建模仿真。(The Mathcad based model of the rotating tether system, which considers the tether elasticity, can be used for arbitrary Kepler orbit modeling and simulation.)