MSA

说明：  基于MATLAB的GUI设计，做成的一个FIR滤波器，主要使用的是FIR算法(MATLAB-based GUI design, made of a FIR filter, the main use of the FIR algorithm)

说明：  现代通信系统(MATLAB版)(第二版)代码(Modern communication systems (MATLAB version) (Second Edition) code)

工程师和科学家们面临着用更少的时间建立复杂系统模型的需求，他们使用分布式和并 行计算来解决高性能计算的问题。这些分布式的环境由多处理器和多核计算机来实现。 Mathworks公司开发的分布式计算工具箱可以在多处理器计算环境中使用 MATLAB 和imulink 解决计算、数据密集型问题。可以使用该工具箱解决通过装配多个处理器包含几个单独工作单位或单个大型计算的问题。这些处理器可以驻留在一个多处理器计算机，或者，当工具箱配合 MATLAB 分布式计算引擎时，驻留在计算机集群上。(Engineers and scientists are facing with less time to build models of complex systems needs, they use distributed and parallel computing to solve the problem of high-performance computing. The distributed environment consists of multi-processor and multi-core computer to achieve. Mathworks Distributed Computing Toolbox, developed in multi-processor computing environment MATLAB and imulink solve computing, data intensive problems. You can use the toolkit to solve multiple processors by assembling several separate work units or containing a single large-scale computing problems. These processors can reside on a multi-processor computer, or, when the toolbox with MATLAB Distributed Computing Engine, it resides on a computer cluster.)

这是一个ESPRIT 算法的matlab程序，非常好用(This is a ESPRIT algorithm matlab program, very easy to use)

说明：  Matlab实现夫琅禾费衍射的仿真，孔型可以任意选择(Matlab realizes the simulation of Fraunhofer diffraction)

对机械设备的振动信号进行全谱分析与全息谱分析对比，并画出轨心轨迹(关闭翻译英语中文德语检测语言 中文(简体)英语日语 翻译文字或网页 对机械设备的振动信号进行全谱分析与全息谱分析对比，并画出轨心轨迹 请键入文字或网站地址，或者上传文档。 取消 Duì jīxiè shèbèi de zhèndòng xìnhào jìnxíng quán pǔ fēnxī yǔ quánxí pǔ fēnxī duìbǐ, bìng huà chūguǐ xīn guǐjīMachinery and equipment vibration signal analysis and comparison analysis holospectrum full spectrum, and draw the trajectory derailed heart)

P_FUZZY_PID飞行器大角度机动控制物理仿真(Control of Spacecraft Large Angle Maneuvers P_FUZZY_PID Physical Simulation)

how to decide the priority of broadcast, unicast transmission and receptioin?

该程序为MATLAB源码，使用PNN算法进行分类。(Classify using a probabilistic neural network)

complex wave retrieval of bio-medial image