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离散版粒子群算法,MATLAB环境中的,对求解离散优化问题很有帮助.(Discrete version of PSO, MATLAB environment to solve the problem of discrete optimization helpful.)

类神经网路─MATLAB的应用(范例程式)(─ MATLAB neural network application (sample code))

说明：  本程序包括四部分，分别实现了迫零均衡，信号产生，绘制眼图以及误码率的计算。(This program consists of four parts, respectively, to achieve a zero forcing equalization, signal generator, drawing the eye diagram and bit error rate calculation.)

支持向量机Matlab工具箱1.0 该工具箱包括了二种分类,二种回归,以及一种一类支持向量机算法 工具箱中所有程序均在Matlab6.5环境中调试通过(Support Vector Machines Matlab Toolbox 1.0 The toolbox includes two kinds of classification, two kinds of regression, as well as a one-class SVM algorithm toolbox all procedures are in Matlab6.5 debugging environment through)

利用matlab对图片频域变换、加噪声、计算SNR PSNR，对音频进行处理包括提取高音、低音、并对其进行调制解调(Using matlab frequency domain transform of the picture, add noise to calculate the SNR PSNR of audio processing including the extraction of treble, bass, and its modulation and demodulation)

An Introduction to the Mathematical Theory of Inverse Problems (Andreas Kirsch)

LRP Learning Algorithm in Cellular Automata Matlab Code

本章对该文档的目的、功能范围、术语、相关文档、参考资料、版本更新进行说明。(The purpose of this chapter to the document, functional scope, terms, related documentation, reference materials, updated version will be described.)

FDOMcorr工具箱用于溶解性的有机质 （DOM）三维荧光（EEM）数据集的校正，便于不同学者所收集的数据集之间的比较。 (The FDOMcorr toolbox has been developed to simplify and automate the correction of dissolved organic matter (DOM) fluorescence (EEM) datasets and facilitate comparisons between datasets collected by different researchers.)

将OFDM技术运用在可见光通信的研究，并且把OFDM的高峰均比这一缺点进行了建设性的运用。(In particular, the use of OFDM (orthogonal frequency division multiplexing) for intensity modulation is investigated. The high peak-to-average ratio (PAR) in OFDM is usually considered a disadvantage in radio frequency transmission systems due to non-linearities of the power amplifier. It is demonstrated theoretically and by means of an experimental system that the high PAR in OFDM can be exploited constructively in visible light communication to intensity modulate LEDs. It is shown that the theoretical and the experimental results match very closely, and that it is possible to cover a distance of up to one meter using a single LED.)