搜索资源列表
Least-squares-method-And-Nonlinearity
- 给出了两篇利用最小二乘法计算非线性度的方法的文档，并利用VB编写了简单的示例程序。-Gives the two least-squares method to calculate the use of non-linearity of the method of the document, and use VB to prepare a simple sample program.
Resonant-Enhanced-Nonlineariy
- 介绍了掺杂稀土元素的光纤非线性增强的机理,给出了几种常用的掺杂稀土元素光纤和波导的非线性数据。掺杂稀土元素的光纤的非线性较之普通石英光纤的非线性有较大地增强,然而掺杂稀土元素的光纤的非线性响应速度较慢,并且和抽运光以及掺杂浓度相关。实验研究了铒镱共掺的光纤光栅的谐振增强型光学非线性,采 用980 nm抽运光入射到光栅,用光谱仪观察光栅的透射谱。当抽运光入纤功率为100 mW时,可实现0·2 nm的光栅布拉格波长移动。实验证明掺杂稀土元素离子的光纤光栅具有很高的非线性,大约为普通光纤光栅的10
nonlinearity
- 非线性课上课所用的课件，课时没听明白，不过这个课件还是不错的-Nonlinear class by class, class do not understand, but this class is good
nhjs
- 针对光纤陀螺的标度因数非线性的问题，进行分段数据拟合，然后给系统以补偿-According to optical fiber gyro scale factor nonlinearity problem, carries on the section data fitting, and then to the system to compensate
A-Genetic-Algorithm-Based-AGC-of-a-Restructured-P
- In this paper, the parameters of PID controller for Automatic Generation Control (AGC) is tuned according to Generic Algorithms (GAs) based performance indices in the restructured power systems. The key idea of the proposed method is to use the
matlab1
- 了解单频激光干涉仪的非线性误差，使用matlab软件工具对提出的非线性误差修正方法进行验证，对干涉信号中的直流分量偏差对测量的影响进行分析。-Learn nonlinearity error single frequency laser interferometer using matlab software tools for the proposed non-linear error correction method for verification of the DC component
matlab2
- 了解单频激光干涉仪的非线性误差，使用matlab软件工具对提出的非线性误差修正方法进行验证，在交流幅度偏差中，用matlab仿真交流幅值比g与相位最大误差的关系曲线对测量的影响进行分析。-Understanding single-frequency laser interferometer nonlinearity error, the use of matlab software tools for the proposed non-linear error correction method
umat_2d4n_dp
- UMAT材料本构模型 平面应变+材料非线性（各项同性硬化）-UMAT plane strain+ material nonlinearity (isotropic hardening)
1
- 根据杜芬方程，编写程序，研究了非线性度与带宽的关系(According to the Duffing equation, a program is developed to study the relationship between nonlinearity and bandwidth)
bodaocW5
- 用于研究硅基波导或者光纤中的非线性效应，非常有用，(it is used for the research abobt nonlinearity effect based on silicon waveguide)
智能优化算法
- 优化技术是一种以数学为基础，用于求解各种工程问题优化解的应用技术。作为一个重要的科学分支，它一直受到人们的广泛重视，并在诸多工程领域得到迅速推广和应用，如系统控制、人工智能、模式识别、生产调度、VLSI技术和计算机工程等。鉴于实际工程问题的复杂性、约束性、非线性、多极小、建模困难等特点，寻求一种适合于大规模并行且具有智能特征的算法已成为有关学科的一个主要研究目标和引人注目的研究方向。 20世纪80年代以来，一些新颖的优化算法，如人工神经网络、混沌、遗传算法、进化。(Optimization te
3非常好
- 光子晶体光纤 超连续谱 考虑色散、非线性效应、自陡峭、拉曼效应。(Photonic crystal fibers Supercontinuum spectrum Dispersion, nonlinearity, self-steepening and Raman effects are considered.)
MP
- 给定基于MP模型的的模拟PA，采用RLS算法辨识参数，并构建PA，在使用基于MP模型的DPD对PA实现非线性的改善。(Given the simulated PA based on MP model, RLS algorithm is used to identify the parameters, and PA is constructed. DPD based on MP model is used to improve the nonlinearity of PA.)