资源列表
[matlab例程] TheWholeDescriptionOfSimulinkStudy
说明:以Simulink为主要工具介绍了系统仿真方法与技巧,包括连续系统、离散系统、随机输入系统和复数系统的仿真。介绍了模声封装技术、电力系统模块集、非线性系统设计模块集、S-函数编写与应用、Stateflow有限状态机、虚拟现实工具箱等中高级使用方法,最后还介绍了半实物仿真技术与实时控制技术。-Simulink as the main tool to introduce a system simulation methods and techniques, including continuous<阳关> 在 2026-01-09 上传 | 大小:591kb | 下载:0
[matlab例程] cforexample105
说明:c程序的105个经典的例子,新手很值得一看。-c program examples of the classic 105, novice is worth a visit.<asdfa> 在 2026-01-09 上传 | 大小:591kb | 下载:0
[matlab例程] bch-code-simple-analysis
说明:信道编码中的BCH码(BCH码的定义、编码、译码、解码)-BCH codes in channel coding (BCH code is defined, encoding, decoding, decoding)<yueshen> 在 2026-01-09 上传 | 大小:591kb | 下载:0
[matlab例程] acoustic_clayton_engquist
说明:均匀介质二维声波数值模拟。采用clayton-engquist 2阶边界条件。 有公式及参考文献。带有速度模型以及雷克子波函数,解压后直接运行就可以-Uniform medium of two-dimensional acoustic numerical simulation. Using the clayton-engquist 2 order boundary conditions. Formulas and references. With the velocity model and t<liubin> 在 2026-01-09 上传 | 大小:591kb | 下载:0
[matlab例程] acoustic_clayton_engquist_1
说明:均匀介质二维声波数值模拟,采用clayton-engquist 1阶边界条件。有公式及参考文献。带有速度模型以及雷克子波函数,解压后直接运行就可以-2D acoustic numerical simulation of a homogeneous medium, using the clayton-engquist 1-order boundary conditions. Formulas and references. With the velocity model and the the R<liubin> 在 2026-01-09 上传 | 大小:591kb | 下载:0
[matlab例程] featuresvoice-unvoice
说明:features to voice and un voice classification , pitch determination whith AMDF and other features like Spectral Centroid and Entropy of the energy<kato> 在 2026-01-09 上传 | 大小:592kb | 下载:0
[matlab例程] Mixed-programming-in-matlab
说明:matlab中的混合编程及各类接口的使用实例。包括notebook,excel,word,mat,dll,color map,Implicit function,debugging等多个方面的多个实例。-matlab Mixed programming and examples of the use of various types of interfaces. Include multiple instances of multiple aspects of the notebook, exc<yinyanwuai> 在 2026-01-09 上传 | 大小:592kb | 下载:0
[matlab例程] wiener-filter
说明:it is a wiener filter run on sinus wave. a good exmaple to demonstrate to show ability of kalaman filter: it can predict optimal value/location/state from given data. For example, ECG signal normally comes with noise. kalman filter come up with the<tom> 在 2026-01-09 上传 | 大小:592kb | 下载:0