DOA-estimate

K均值聚类的一个实例，附上.dat文件和程序以及运行结果，和大家一起讨论，呵呵(K means clustering of an example, attached. Dat files and programs, and operating results, and we can discuss, Oh)

travel guide to new orleans

说明：  matlab中增减采样以及样条差值的程序实例，为读者提供初等帮助。(matlab to increase or decrease the difference between sampling and spline examples of procedures that provide readers with elementary help.)

Caro game system specification Netcetric

SC取超级权限源码例程，程序调用API函数实现进入SYSTEM超级权限。(SC to take root authority source routines , the program calls API functions into the SYSTEM super powers .)

通过matlab模拟的汽车发动机的模型，对于初学者可能有所帮助(Through the matlab simulation of automobile engine model for beginners may help the engine )

本论文采用理论与实践相结合的方法，对用MATLAB去分析线性系统，解决线性系统中的复杂问题做了详细的描述并进行了教学实验仿真。论文的具体内容主要包括：线性系统的时域分析、频域分析和利用MATLAB求解几个方面。(This paper expounds the use of MATLAB software for linear system principle simulation experiment: the temporal domain analysis and analysis in frequency domination area of linear system , )

concttuc one matrix using matlab

matlab中用户自编的几个非常常用的函数集结，适合初学者(matlab users own several very commonly used function of the assembly, suitable for beginners)

Field 2 是丹麦理工大学（Technical University of Demark）的J.A.延森（Jorgen Arendt Jenson）开发的一款超声模拟软件，该软件基于线性声场理论， 其最基本概念是空间冲击响应，最早由Tupholme和Stepannishen等提出，空间冲击响应是一个和何置相关的函数，它与换能器上的激励信号卷积，可以得到发射波到焦点的任意一点的声场。换能器接收同波信号相当与发射的逆过程，将空间的反射点作为发射源，与接收换能器的空间冲击响应卷积，从而得到回波信号。(Field 2 is the Technical University of Denmark (Technical University of Demark) is an ultrasound simulation software JA Jensen (Jorgen Arendt Jenson) developed the software based on the linear sound field theory, the basic concept is the spatial impulse response, first by Tupholme and Stepannishen and other proposed space impulse response is a home-related functions and what its convolution with the excitation signal transducer, you can get any of the transmitted wave to the focal point of the sound field. Wave transducer receives a signal corresponding with the inverse process of transmission, the reflector point in space as a transmission source, and the receiving transducer spatial convolution of the impulse response, thereby obtaining the echo signal.)