lizilvbo_matlab

对二维和三维数据可视化,图像处理,动画制作等高层次的绘图命令,也包括可以修改图形及编制完整图形界面的,低层次的绘图命令(Of two-dimensional and three-dimensional data visualization, image processing, high-level animation of graphics commands, but also can modify the graphics and the preparation of a full graphical interface, and low-level graphics command)

这对于学习matlab是非常有用的，是相当有用的。要相信的(This is very useful for learning matlab is quite useful. To believe)

运用ARFIMA模型对所得的Hurst进行检验(Use ARFIMA model to test the resulting Hurst)

电动单梁起重机的主梁优化程序，针对单梁起重机桥架结构的主梁，介绍了一种基于参数化设计的优化设计方法；建立了约束条件的数学模型，将VC与MATLAB集成为一体，实现了从基本设计计算到利用高效的MATLAB优化工具进行优化设计，提高了设计效率，同时为进一步研究提供了基础。 (自动检测中英文中译英英译中百度翻译 翻译结果（中 > 英）复制结果 Electric single beam crane girder optimization program。introduces a method based on parametric design optimization method for the single beam crane bridge structure of the main girder Establish the mathematical model of constraint condition, To integrate VC and MATLAB into a whole, realize from the basic design and calculation to the efficient use of the MATLAB optimization tools to optimize the design, improve the design efficiency, at the same time providing a basis for further study. )

Power Factor Improvement of Induction Motor by Using Capacitors Power Factor Improvement of Induction Motor by Using Capacitors

toolbox for fault detection

matlab模糊 k 均值算法 带例子(Fuzzy k mean code)

文件给出了运动失真或噪声干扰的图像恢复修复源代码(Documents given movement distortion or noise source image restoration repair)

最优化实验，用的是MATLAB，题目不是很难主要是练习用，学会对实际问题进行数学抽象。 掌握常用的最优化算法。 运用相关数学软件设计程序进行求解。 (optimization experiments, using the MATLAB, the main topic is not difficult to practice with. learn to practical issues abstract mathematics. Master of the most commonly used optimization algorithm. Related to the use of mathematical software for the design process.)

针对滚动轴承故障信号具有非平稳、非高斯的特点，提出了将时域分析与小波分析相结合的方法对滚动轴承进行故障诊断。在研究不同信号分析方法理论的基础上，以滚动轴承外圈故障振动信号为例，采用多种信号处理方法进行了分析。结果表明，各种分析方法在分析轴承故障时的特点各不相同，在实际使用中，可将时域分析与小波分析综合使用，实现轴承状态的实时监测与故障的准确定位。(For rolling bearing fault signals have non-stationary, non-Gaussian, we proposed the time-domain analysis and wavelet analysis method of combining the rolling element bearing fault diagnosis. In the study of different analytical methods based on the theory of signal to the outer ring rolling bearing fault vibration signal, for example, using a variety of signal processing methods are analyzed. The results show that a variety of analytical methods in the analysis of the characteristics of bearing failure vary, in actual use, can be time-domain analysis and synthesis using wavelet analysis, to achieve accurate positioning of the bearing condition monitoring and real-time fault.)