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jidian
- 要求使用继电自整定方法对其实施自适应PID控制。 1、选择采样时间0.1s,把对象离散化。 2、加继电(开关)控制,测量对象的Tc,Kc。 3、利用ZIEGLER-NICHOLS 公式表,确定PID参数。 4、实现闭环控制。 5、根据调节效果,修正PID参数。 -Require the use of relay tuning methods for its implementation of the adaptive PID control. 1, select th
test2431
- 利用等高线进行离散化,构建3d dem 三维地形图,保证一定的几何精度、多边形数量可控-Construction of three-dimensional topographic map 3d dem
dsfunc_PI
- 电力电子电路中pi调节器的离散化实现,应用增量式差分方程方法-Pi power electronic circuit realization of the discrete regulator, the application method of the incremental difference equation
zuidasiranbisuanfa
- 针对MPSK信号的调制识别问题,本文提出了一种新的最大似然比调制分类算法,采用平均释然比检测方法,通过对接收信号的的离散化和对主要参数的简要近似,得到了离散情况下的近似分类统计量!-MPSK signals for modulation recognition problem, we propose a new maximum likelihood modulation classification algorithm, using an average of more than relieve
Efficient-discretization
- 高效 离散化 适用于数值范围很广,但是数据很稀疏的情况。-Efficient discretization
dahlincon
- 针对一阶惯性加纯滞后环节的系统,利用大林算法对其进行理论分析和离散化,并且设计出数字控制器,分析振铃现象-For first-order inertial system plus time lags, the use of Dahlin its theoretical analysis and discrete, and digital controller design, analysis ringing
houcha
- 数值计算方法,将连续方程离散化,用插值方法,主要有后差,欧拉,前插等方法,这里是后差方法的代码-Numerical methods, discretization of continuous equations, with the interpolation method, mainly after the poor, Euler, forward runs and so on, here is the code after the poor way
oula
- 数值计算方法,将连续方程离散化,用插值方法,主要有后差,欧拉,前插等方法,这里是欧拉方法的代码-Numerical methods, discretization of continuous equations, with the interpolation method, mainly after the poor, Euler, forward runs and so on, here is the code for the Euler method
houla-houcha
- 数值计算方法,将连续方程离散化,用插值方法,主要有后差,欧拉,前插等方法,这里是欧拉后差方法的代码-Numerical methods, discretization of continuous equations, with the interpolation method, mainly after the poor, Euler, forward runs and so on, here is the code for the Euler difference method after
Gauss-sedier
- 数值计算方法,将连续方程离散化,求解最有解的迭代方法,这里是高斯赛德尔的代码-Numerical methods, discretization of continuous equations, the solvability of the iterative method to solve, here is the code of high Sisaideer
hmm_classify
- DHMM,离线隐马尔科夫模型用于模式分类的好例子,特征采用Kmeans进行离散化。-DHMM, off-line Hidden Markov Model good example for pattern classification, feature discretization using Kmeans.
2528
- poj 2528解题报告,及不两种不同的离散化方式。-poj 2528 report on problem-solving, and not two different discretization methods.
flow-and-heat-transfer
- (1) 二维椭圆型流动和传热问题通用计算机程序算法方面的特点 1、 采用原始变量法,即以速度U、V及压力P作为直接求解的变量 2、 守恒型的差分格式,离散方程系对守恒型的控制方程通过对控制容积作积分而得出的,无论网格疏密程度如何,均满足在计算区域内守恒的条件; 3、 采用区域离散化方法B,即先定控制体界面、再定节点位置 4、 采用交叉网格,速度U、V与其他变量分别存储于三套网格系统中; -(1) two-dimensional elliptic flow and heat t
DSP
- 连续正弦信号的离散化采样 为了能用离散数字处理系统处理连续信号 离散化采样非常有用-sampling continous sine signal to create discrete form
Douglas-Peucker-
- Douglas-Peucker算法实现曲线离散化,以及用C语言代码实现曲线离散化程序-Douglas-Peucker algorithm for discrete curves, as well as the C language code curve discrete programming
shuzituxiangchuli
- 在传统图像识别中的模板匹配技术面临着计算量大,存储量大的缺点,因此提出了基于遗传算法的图像识别的方法。本文提出了传统的基于遗传算法和normxcorr2结合的方法,对图像进行离散化,然后把图像识别问题变成一系列的离散点组合优化问题,再利用遗传算法对种群优化的性能,对各个控制点组合优化,让控制点与模板进行匹配,寻出最优解。最后通过实验验证遗传算法在图像识别的优点。-In the traditional image recognition in the face template matching
featureDCT
- 离散余弦变换(Discrete Cosine Transform,简称DCT变换)是一种与傅立叶变换紧密相关的数学运算。在傅立叶级数展开式中,如果被展开的函数是实偶函数,那么其傅立叶级数中只包含余弦项,再将其离散化可导出余弦变换,因此称之为离散余弦变换-Discrete cosine transform (Discrete Cosine Transform, DCT-short) is a Fourier transform is closely related with the math. I
DctAndDwt
- (Discrete Cosine Transform,简称DCT变换)是一种与傅立叶变换紧密相关的数学运算。在傅立叶级数展开式中,如果被展开的函数是实偶函数,那么其傅立叶级数中只包含余弦项,再将其离散化可导出余弦变换,因此称之为离散余弦变换。-(Discrete Cosine Transform, DCT-short) is a Fourier transform is closely related with the math. In the Fourier series expansion,
MidBresenhamellipse
- 用MidBresenhamellipse画椭圆,并进行离散化-With MidBresenhamellipse ellipse, and the discrete
fuzadu
- LZ复杂度反映的是一个时间序列中,模式数量序列长度增加的速率。为了在计算机上对连续信号的复杂度进行计算,需要先将连续信号离散化,通过预处理后的心音信号符合这个要求。实现心音信号的分离-LZ complexity reflects a time series model number sequence length to increase the rate. For a continuous signal on the computer, the complexity of the calcula