prony_1

在许多C程序设计中，要用到汉字进行提示或人机交互，而现行的Turbo C集成开发环境不是汉化的，如何编制能显示汉字的C程序呢？本实例提供一种在非汉化环境下正常显示汉字的方法。(in many C program design, the use of Chinese characters for hints or human-computer interaction, and the existing Turbo C integrated development environment is not finished, will show how to prepare Chinese C procedures? The examples provide an environment in the effort to show Chinese characters under the normal method.)

掌握和精通matlab之gui设计，具体介绍MATLAB图形用户界面制作，含有插图(Matlab gui grasp and master the design of specific production introduces MATLAB graphical user interface, containing illustrations)

耳蜗实质上相当于一个滤波器组，耳蜗的滤波作用是在对数频率尺度上进行的，在1000HZ下，人耳的感知能力与频率成线性关系；而在1000HZ以上，人耳的感知能力与频率不构成线性关系，而更偏向于对数关系，这就使得人耳对低频信号比高频信号更敏感。Mel频率的提出是为了方便人耳对不同频率语音的感知特性的研究。频率与Mel频率的转换公式为(on logarithm frequency scale, under the 1000 hz, the perception of the human ear and a linear relationship with frequency In more than 1000 hz, the perception of the human ear does not constitute a linear relationship with frequency, and prefer to logarithmic relationship, which makes the human ear is sensitive to low frequency signal is better than high frequency signal. Mel frequency is put forward in order to facilitate the ear of the study of speech perception characteristics of different frequency. For frequency and Mel frequency conversion formula )

说明：   健身球检验分类机MATLAB应用--音乐信号处理MATLAB应用--音乐信号处理(fitness test signal separation machines MATLAB applications-- music MATLAB signal processing applications-- music Signal Processing)

matlab编程观察混沌系统的相空间情况变化(matlab programming phase space of chaotic systems observed changes in circumstances)

Vincent Jaquet & Marek Pechal的社交网络扩散模型，matlab(Social network diffusion model of Vincent Jaquet & Marek Pechal, matlab)

在labview的信号处理中用户来计算波形的包络谱，用来进行信号分析(To calculate the wave spectrum envelope of users in the signal processing of the LabVIEW, used for signal analysis)

on method for solving permutation problem

使用Matlab访问excel的程序包。(Using this Program Matlab access Microsoft Office Excel.)

Power system stabilizers (PSS) are now routinely used in the industry to damp out power system oscillations. In this paper, real-coded genetic algorithm (RCGA) optimization technique is applied to design robust power system stabilizer for both singlemachine infinite-bus (SMIB) and multi-machine power system. The design problem of the proposed controller is formulated as an optimization problem and RCGA is employed to search for optimal controller parameters. By minimizing the time-domain based objective function, in which the deviation in the oscillatory rotor speed of the generator is involved stability performance of the system is improved. The non-linear simulation results are presented under wide range of operating conditions disturbances at different locations as well as for various fault clearing sequences to show the effectiveness and robustness of the proposed controller and their ability to provide efficient damping of low frequency oscillations.