RS_code_system_MATLAB_simulation

这是一本关于matlab的实用教程，里面对matlab的功能进行了详细的介绍，很有学习价值。(This is a practical tutorial on matlab, which functions on matlab carried out a detailed description of the value of great learning.)

原始数据存储为excell文件，先将数据进行预处理，再通过SVM进行模型的建立与预测。(The data are stored as a excell file, preprocessing the original data and builting the SVM model.)

复数运算与极座标绘图，matlab程序和课件(Complex operation with Polar drawing, matlab program and courseware)

对图像进行添加噪声处理，并计算相应的峰值信噪比的matlab程序。(A matlab program: add noise to an image and calculate correspondly the Peak Signal to Noise Ratio . )

FMCW体制雷达的测距测速仿真，其中包括单点目标和多点目标的探测 参考文献： [1]屈飞园,曹宁. 车载FMCW雷达准确检测多目标的一种有效方法[J]. 科学技术与工程,2012,(06):1263-1267.(FMCW system of radar ranging speed simulation, including single-point target and multi-point target detection)

Algorithmic Aspects Of Bioinformatics book

语音处理的短时时域处理技术中的短时中值滤波(voice when dealing with the short-time domain processing technology of short-term median filtering)

在vc.net 2003中调用Matlab Builder生成的COM组件，与2005中有所不同。(in vc.net 2003 Calling Matlab Builder generated COM, 2005 was somewhat different.)

以grach的方法来分析网络流量，并对网络流量进行预测，划定1980s为训练，以20s为预测(The grach method to analyze the network traffic, and to predict the network traffic, delineated 1980s for training, to 20s as the forecast)

为感谢惠俊英老师的谆谆教诲，特为好奇诸君奉上水声物理--海洋传播声场模拟的一份武林秘籍！ 当好奇诸君阅毕此卷，再对照轻松跑完六份作业（六路招式），即入“水声物理”之江湖！ BELLHOP与AcousticsToolbox遵照GNU公共许可证进行分发。感谢Michael B. Porter对BELLHOP的原创，也感谢Orlando Camargo Rodríguez此份大道至简的入门秘籍。更感谢由Free Software凝聚起来的自由科学家社区。(Bellhop is a highly efficient ray tracing program, written in Fortran by Michael Porter as part of the Acoustic Toolbox (available at the website of the Ocean Acoustic Library). Bellhop is designed in order to perform two-dimensional acoustic ray tracing for a given sound speed profile c(z) or a given sound speed field c(r; z), in ocean waveguides with flat or variable absorbing boundaries. Output options include ray coordinates, travel time, amplitude, eigenrays, acoustic pressure or transmission loss (either coherent, incoherent or semi-coherent).)