paintline

通过不同载荷分析船舶运动方程的不同情况，包含较多的水动力导数，同时考虑了波浪谱密度函数的影响，采用了最新的od45方程求解6自由度船舶运动方程(The ship motion equation is analyzed under different loads, including more hydrodynamic derivatives, and considering the influence of wave spectral density function, the latest od45 equation is used to solve the 6-DOF ship motion equation.)

MAQ-N with N in(1,2,3,4) modulation implementation code devlopped to simulate this numeric modulation with constellation and BRE (bit rate error) (french comments may be annoying ) whith a graphique interface to simulte sms transmission end reception with zeropading

在通信与电子工程中MATLAB仿真的源代码,例如，曲线的仿真、多普勒声音的生成等等.(MATLAB simulation of the source code in the Communication and Electronic Engineering, for example, the curve of the simulation, the Doppler sound generated.)

几何活动轮廓模型中著名的Chan-Vese模型大matlab程序代码(Chan-vese model program)

This paper deals with analysis of main functional diagrams of step PID controllers for electric motor-driven actuators. The main formulae to calculate the parameters of the diagrams of step PID controllers are presented in the paper. The influence of these parameters on the transient processes in step controllers and on the output position of the actuator is analyzed. Transient processes in step controllers with motor-driven actuators are simulated in PI and PID control mode. These transient processes are compared to the transient processes in continuous controllers. The accuracy of step PID controllers is analyzed, and restrictions on the parameters of step PID controllers are presented. The diagrams of step PID controllers considered in this paper can be implemented in the up-to-date PLCs software for automatic control using the electric motor-driven actuators in the control loops.

说明：  matlab——元包自动机-动态再结晶-主程序(matlab- cellular automata- dynamic recrystallization- the main program)

Matlab 5.1 bible book

对貂和麝鼠之间的关系用VARMA建立状态空间模型(VARMA modeling：interaction between minks and muskrats)

Program for get Product Version in GunBound WC Get Production Version for change and viewer

MATLAB problem for Poleplacement and state observer system