ivt

matlab 环境下地震、井数据分析软件。。。(MATLAB Software for the Analysis of Seismic and Well-Log Data)

该代码为基于灰色神经网络的预测算法，里面数据累加作为网络输入(The code is based on the gray neural network prediction algorithm)

电机的MATLAB仿真，包括步进电机，同步电机，直流电机的仿真源代码。内容全面(Motor MATLAB simulation, simulation source code, including stepper motors, synchronous motors, DC motors. Comprehensive)

THREE PHASE MODEL OF DYNAMIC VOLTAGE RESTORER FOR INVERTER CONTROL SCHEME

A.K.Nandi和E.E.Azzouz的期刊文献，是关于自动调制识别的经典文章，他们在基于模式识别方式上提出的自动识别的几个特征参数，是当前该领域研究的基础，对该领域研究来说有很大参考价值。(AKNandi and EEAzzouz of journal articles, is about the automatic modulation recognition of the classic article, based on pattern recognition in the way they presented the automatic identification of several characteristic parameters, is the basis of current research in this field, research in this area is a great reference value.)

暂态分析包括单相短路，三相短路，两相短路，两相短路接地(Transient analysis includes single-phase short circuit, three-phase short circuit, two-phase short circuit, two-phase short circuit to ground)

说明：  尽管瑞利和莱斯分布确实能够在很多情况下对信号通过衰落信道后的包络进行很好的建模，然而，在实际的无线环境测试中，发现Nakagami分布提供了更好的与实际测试的匹配度。(Although Rayleigh and rice distribution can model the envelope of the signal after passing through the fading channel in many cases, in the actual wireless environment test, Nakagami distribution is found to provide a better match with the actual test.)

MIMO-OFDM的matlab仿真，很好很强大，欢迎下载。(MIMO-OFDM the matlab simulation, very very strong, welcome to download.)

在simulink平台上的基于RBF神经网络的PID算法，适用于simulink仿真中系统的实时自适应控制(PID algorithm based on RBF neural network on Simulink platform is suitable for real-time adaptive control of system in Simulink simulation)

在数字通信系统中，滤波器是其中重要部件之一， 滤波器特性的选择直接影响数字信号的恢复。在数字信号接收中， 滤波器的作用有两个方面，第一是使滤波器输出有用信号成分尽可能强；第二是抑制信号带外噪声，使滤波器输出噪声成分尽可能小，减小噪声对信号判决的影响。 (In digital communication system, the filter is one of the important components of the filter characteristics of the choice of a direct impact on digital signal recovery. In the digital signal receiver, the filter s role is twofold, first is to filter the output useful signal components strong as possible the second is the signal-band noise suppression, so that filter output noise components as small as possible, reducing the noise on the signal the impact of decision.)