资源列表
wogefasuanli
- 涡格法计算机翼的涡强，对不同剖面形状，拱度等进行了比较分析。并且与书籍上对比-Vortex lattice method the computer wing of the vortex is strong, the shape of different profiles, such as camber, a comparative analysis.
Nelder-Mead-C
- 单纯形算法 原理 程序框图 详细介绍了单纯形算法的原理-Nelder-Mead C introduce what is Nelder-Mead
band-theory-of-solid
- 一本非常有用的专业书籍，对从事计算模拟的人来上应该是必备的《固体能带理论》作者谢希德-A very useful professional books, people engaged in computer simulation is essential to the " band theory of solids," author Xie Xide
Duffing
- 针对单自由度自治系统中常见的一类非线性振动Duffing方程,在没有任何假设和近似的 前提下,引入ansatz,利用一个2阶常微分方程及其解,经过等价变换,给出了该类方程的精确解法。-Single degree of freedom autonomous system for a class of nonlinear vibration common Duffing equation, without any assumptions and approximations, under the
prime
- 这个程序给出4到100000000中所有的偶数都是可以由两个质数的和。-This program will solute a problem every even number can be a sum of two prime numbers.
LetItGrow
- 有关letitgrow神经网络的详细说明，里面有具体的实例，以及该方法的应用-For a detailed descr iption of letitgrow neural network, there are specific examples, and application of this method
suanshu
- 实现简单的加减法运算，随机抽取两个数进行加减法运算，并判断正误-Simple addition and subtraction operations, were randomly selected for subtraction of two numbers, and true or false
houyaobishehao
- 数学计算类别的好书，可以进行复杂计算和数据处理。-Math class books, can be complex calculations and data processing.
attachments
- Due to the explicit form of the mathematical expression which is analogous to the descr iption of classic controller, the algorithms can be described as the Proportional- Derivative (PD), Proportional-Integral (PI) and Proportional-Integral- De
ABSBRKESYSTEM
- Due to the explicit form of the mathematical expression which is analogous to the descr iption of classic controller, the algorithms can be described as the Proportional- Derivative (PD), Proportional-Integral (PI) and Proportional-Integral- De
fuzzypid
- 模糊控制PID程序，可以做成模块实现系统控制部分的PID控制-Fuzzy PID control program, system control module can be made part of the PID control
InvertedPendulumControled_PID
- 倒立摆的模型和PID控制，Simmechanic 模型和控制-Inverted pendulum model and PID control, Simmechanic model and control