delandgain

说明：  利用Kalman filter和Unscented filter对坠落物进行估测,证明后者算法优于前者(Use of Kalman filter and Unscented filter for estimation of the falling objects to prove that the latter algorithm is superior to the former)

this is a mat lab tutorial thanks

计算网络效率，输入参数，网络的邻接矩阵，输出任意节点对间的效率，及网络效率。 设计思路：floyd算法求最短路径，求倒数，求平均值(Computing network efficiency, input parameters, the network' s adjacency matrix, any node between the output efficiency, and network efficiency. Design ideas: floyd shortest path algorithm, a reciprocal, an average)

朴素贝叶斯文本分类的算法实现，将文本转化为矩阵结构然后对矩阵做运算(Naive Bayes text classification algorithm, the text is converted to a matrix structure and then do the calculation matrix)

同过SIMULINK采集数据，希望对有需要的人有帮助！(SIMULINK with excessive data collection, want to help people in need!)

说明：  Read the latest news from the EDA industry at FPGAworld (Read the latest news from the EDA industry at FPGAworld)

简单的介绍了matlab7.0，及其安装和用户界面；介绍了matlab7.0的强大的编辑功能和各种实际应用。(Simple matlab7.0 is introduced, and the installation and user interface Introduces the powerful editing functions matlab7.0 and all kinds of practical application )

heat equation mixte parameters matlab file

模拟单边带调幅及解调产生300 ~ 3400Hz的调制信号，画出时域波形及频谱；  产生载波信号，频率自定义，画出时域波形及频谱；  产生加性高斯白噪声，画出时域波形及频谱；  单边调幅，画出叠加噪声后的调制信号和已调信号的波形及频谱；  设计滤波器，画出幅频响应图；  解调，画出解调后的信号时域波形及频谱，并对比分析。(Simulation of single sideband amplitude modulation and demodulation )

使用MATLAB/SIMULINK分析简单电力系统的小信号（低频振荡）稳定性，研究内容如下： 1）使用SIMULINK建立系统的仿真模型。 2）分析比较有无AVR、PSS对小信号稳定性的影响。 3）分别画出针对励磁机增益KA和PSS增益KSTAB的根轨迹图，分析总结增益KA和KSTAB对小信号稳定性影响的规律。 4）仿真在电压参考值5 阶跃变化情况下有无PSS时的转速响应。 (Using MATLAB/SIMULINK analysis of a simple power system small signal (low frequency oscillation) stability study are as follows: 1) Use SIMULINK to establish a system simulation model. 2) analysis of whether the AVR and PSS for small signal stability. 3) Draw the exciter gain KA PSS gain KSTAB, the root locus plot, analyze and summarize the gain KA and KSTAB small-signal stability of the law. 4) simulation in the case of a 5 step change of the voltage reference value the speed of response with or without PSS. )