matlab-function-Daquan

适合有一定基础的学生学习，简单的小例子，关于电机的使用方法的介绍(There is some basis for students to learn, simple little example, with regard to the introduction of the use of motor)

微电网多目标调度，运用改进的多目标粒子群算法进行计算，里面包含经济等三个目标函数设置(Microgrid multi-objective scheduling, using the improved multi-objective particle swarm optimization calculations, which contains the three economic objective function settings)

learn matlab 7.0，英文版(learn matlab 7.0, English version)

说明：  用双线性变换设计数字滤波器，里面附有详细的实验说明和matlab运行通过的实验源码和对实验结果的分析(Using bilinear transform digital filter design, which experiments with detailed descriptions and matlab source code to run through the experiment and the analysis of experimental results)

傅里叶变换能将满足一定条件的某个函数表示成三角函数(正弦和/或余弦函数)或者它们的积分的线性组合(Fourier transform to meet certain conditions can be expressed as a function of trigonometric functions (sine and/or cosine functions) or their linear combination of the integral)

mimo-ofdm中LS信道估计算法代码(mimo-ofdm channel estimation algorithm in LS code)

这个源码是基于互信息图像配准用matlab的实现,需要的就下，啥也不说了(this source is based on mutual information image registration with the realization of Matlab, on the basis of need, not that the hero)

2ddp dynamic mesh for fluent udf

In the following figure is a system of two water tanks. Mass flow into the top tank at a fixed rate q0 and exits this tank through an orifice of area A1. This exit water then flows into a second tank which has an orifice of area A2 at its bottom. Each tank has constant cross section of area A, with A>>A1,A2. (a) Determine the ODE model which governs the heights z1 and z2 of water in the system. (b) Determine the equilibrium given a fixed rate q0. (c) Linearize the system model about the equilibrium. (d) Compare the step responses of the nonlinear model and linearized model by choosing reasonable system parameters. ( (b) Plot the flow v.s. pressure drop curve with the estimated c to validate your estimation

通信原理课程设计，matlab仿真-BPSK信号，方便大家，方便自己(communication principle curriculum design, Matlab simulation-BPSK signals to facilitate, convenience)