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多通道盲卷积实现图像超分辨率重建 效果不错 (Blind convolution multiple images super-resolution)

利用Matlab程序，绘制磁力线，采用三维作图，做出了长方体状磁体的磁力线分布(Matlab program used to draw the magnetic field lines, using three-dimensional mapping, rectangular-shaped magnets made of the distribution of magnetic field lines)

蒙特卡洛模拟法是当系统中各个单元的可靠性特征量已知，但系统的可靠性过于复杂，难以建立可靠性预计的精确数学模型或模型太复杂而不便应用则可用随机模拟法近似计算出系统可靠性的预计值。随着模拟次数的增多，其预计精度也逐渐增高。由于需要大量反复的计算，一般均用计算机来完成。本文件用来求解医院排队论问题(Monte Carlo simulation when the system reliability characteristics of each unit volume is known, but the reliability of the system is too complicated, difficult to establish accurate mathematical model of reliability prediction models are too complex or inconvenient applications are available stochastic simulation method to approximate calculation the expected value of system reliability. With the increase in simulation times, which is expected to gradually increase precision. As the need for a large number of repeated calculations, generally using the computer to complete. This document is used to solve the problem of queuing theory Hospital)

用小生境遗传算法优化一元函数，包括主程序和各子程序，直接运行出结果。(Using niche genetic algorithm to optimize the function, including the main program and each subroutine, run directly from the results. )

此例程为配套书籍的第六章例题6-10的相对应代码，功能为方波消噪示例，编程环境为matlab。(This routines is for the supporting books of the for Chapter VI Example 6-10 the the relative should be of code, function de-noising of the is a square wave Example, programming environment for the the matlab.)

基于MATLAB的雷达mtd滤波器设计程序(MATLAB-based radar MTD filter design procedures)

source code for direct sequence spread spectrum

结构动力学算例，运用mirison和matlab语言，写了一个波浪力的算例(A numerical example of structural dynamics is given. a numerical example of wave force is written by using mirison and MATLAB language.)

说明：  多目标规划的概念是 1961年由美国数学家查尔斯和库柏首先提出的。多目标最优化思想，最早是在1896年由法国经济学家V.帕雷托提出来的。他从政治经济学的角度考虑把本质上是不可比较的许多目标化成单个目标的最优化问题(The concept of multiobjective programming was first proposed by Charles and Cooper, American mathematicians, in 1961. The idea of multi-objective optimization was first put forward by the French economist v. Pareto in 1896. From the perspective of political economy, he turned many objectives that are essentially incomparable into optimization problems of a single objective)

加热炉的PID算法控制温度，经常用于温度控制方面的算法，此项目为FPGA控制温控经常用的算法，决对可行。(PID algorithm to control the temperature of the furnace, is often used for temperature control algorithms, this project FPGA control thermostat frequently used algorithms, never to be feasible.)