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wave_bao
- 模拟心电图程序，加入了对各种波形的设计，能够非常好演示-simulated ECG procedures, the right to join various waveforms are designed to be a very good demonstration
tjfMeter
- 用于工业控制中模拟仪表盘的显示，可分区段设置颜色-for industrial control simulated instrument panel display can be divided into segments installed color
TSPTravelingsalesmanproblem
- 完全图哈密尔顿圈的遗传模拟退火算法matlab通用源程序拟退火算法解0－1背包问题MATLAB源代码 -complete graph Hamilton Circle genetic simulated annealing Matlab to be definitive source solution annealing 0 - a knapsack problem MATLAB source code
IFS
- 通过IFS算法可以实现对自然景物的模拟，IFS可以模拟的景物很多，可以是山、树、三叶草等，本程序实现对山的模拟。-Through the IFS algorithm can realize the nature of the simulation, IFS can simulate many features, can be a mountain, tree, clover, etc., the program simulated the mountain.
clock
- dos下模拟时钟的程序 dos下模拟时钟的程序-simulated clock procedure dos dos program under the analog clock
orientation
- 80 纤维取向为设置的方向，20 为随机。利用Koch曲线模拟非织造纤维网。-we simulated various kinds of nonwovens through programming with Visual basic,in which 80 fibers are oreintation,20 are random.
FxGrass
- 模拟分形草绘图，设置深度和分形角度，绘制出高相似度的分形草丛-Simulated fractal sketch, set the depth and fractal point of view, drawing a high similarity of fractal grass
dipole-arrays-pattern-(2)
- 使用MATLAB仿真二元偶极子天线的方向图。首先分别仿真了阵因子和阵元因子的方向图，然后采用方向图乘积定理得到最终结果-Using the MATLAB simulation of the two element dipole antenna. In the first part, the direction of the element and the element factor are simulated respectively, and the final result is obta
simulation_hexagon
- 能做正六边形和四边形的模拟图，给定中心坐标和边长即可实现灰度不均的模拟图，同时还能添加高斯噪声和高斯模糊-Can do hexagon and quadrilateral simulation diagram, the uneven gray scale can be realized in distance around a given center coordinates, and simulated figure, at the same time also can add gaussia
fector__primitive__first
- This m-file simulates MPSK (theoretical and simulated) with,-This m- file simulates MPSK (theoretical and simulated) with,
478060
- Simulated annealing algorithm with matlab language, the realization of 0-1 problem wrapped up
gaosiguangshu
- 模拟高斯光束的三维光强分布，以及峰值分布(The three-dimensional intensity distribution of simulated Gauss beam)