资源列表
Application-of-MATLAB
- 给出了理想光具组系统矩阵的MATLAB计算程序，并借助MATLAB进行光线追迹与数值拟合，得到了像差(球差)的多项式及曲线图．-Elastic viscoelastic correspondence principle is a method which is used to solve viscoelastic problems with elastic results using inverse Laplace transformation．The principle can combi
TP_CmdeMASPC_2011
- Matlab PWM 调制程序 实现调用simulink-Matlab Pulse width modulation
nogfbdokfmobd
- 主要介绍和分析了某雷达的脉冲压缩及其旁瓣抑制技术，并给出了其工 程实现方法。 -Introduces and analysis of a radar pulse compression technology and its side-lobe suppression, and gives its workers Process to achieve
dongyany
- 主要研究了比较经典的直接加窗加权旁瓣抑制技术，并利用Matlab进行了仿真，给出了对线性调频信号和 相位编码信号脉冲压缩旁瓣抑制的直接加窗加权法处理结果，得出了分析结论。-Mainly studied the classical direct windowed weighted sidelobe suppression techniques, and using the Matlab simulation, given a linear FM signal and The phase-
The-simulation-design
- 和MATLAB的其他组件相比，Simulink的一个突出特点就是它完全支持图形用户界面，这样就极大地方便了用户的操作方法。在MATLAB2009中，可以直接在Simulink环境中运行时的工具包很多，包括通信、控制、信号、电力等各个领域，所涉及的内容也比较广泛和专业。-And MATLAB other components, compared to a prominent characteristics of Simulink is it fully supports the graphical
optimization-design
- 用最优化方法解决最优化问题的技术称为最优化技术，它包含两个方面的内容： (1)建立数学模型，即用数学语言来描述最优化问题。模型中的数学关系式反映了最优化问题所要达到的目标和各种约束条件； (2)数学求解，数学模型建好以后，选择合理的最优化方法进行求解。 -With optimization method to solve the optimization technology, called the optimum technology, it contains two aspect
The-calculation-method
- 随着计算机的迅速发展与广泛运用，在众多的领域，科学计算方法的应用越来越广泛了，而MATLAB在进行科学计算方面有着无与伦比的优势。本章介绍MATLAB在计算方法中的运用。-With the rapid development of the computer and widely used in many areas, scientific computing method used more widely, and MATLAB in scientific computing has the a
Mode_similarity
- 按照模式相似性测度算法计算待测样品与样品库中的样品相似度，包括模块匹配法、基于PCA的模块匹配法、基于类中心的欧氏距离法和马氏距离法-Similarity measure in accordance with the mode algorithm to calculate the sample similarity in the sample and sample libraries , including the module matching method based on PCA modu
lee
- 语音采集加噪声程序 语音端点检测 已经调试很好用 -The voice acquisition plus the speech endpoint detection of the noise program debugging has been very good,
bayesleastrisk
- 基于最小错误概率和最小风险的贝叶斯分类器-Based on the minimum probability of error and minimum- risk Bayesian classifier
ecg
- 心电信号处理,心电信号加白噪声，低通滤波，频域分析及显示-ECG signal processing, filtering, frequency domain analysis and display
discriminant_function
- 利用感知器算法和增量校正算法实现样品的分类-Perception algorithm and incremental correction algorithms to achieve the classification of the sample