bianyi4_2

机械设计及理论 转子动力学中对轴承的研究(Mechanical Design and Theory Rotor Dynamics)

说明：  awgn的各种实现函数，以及每个函数实现的各种功能(awgn)

通过设置不同的参数利用Matlab软件仿真了不同场景下的系统性能 (This document suggests a user’s guide to a MATLAB application which simulates a Spatial Channel Model (SCM) based on reference [1] with some minor adjustments. It focuses on how to use the Graphical User Interfaces (GUIs) and the functions of the application and avoids going into specifics about the nature of the parameters as this is done analytically in the reference document)

Test implementation for the C code example in Application Note 192 Using the DS2480B Serial 1-Wire Line Driver DLL . This implementation uses the Windows 32-bit serial communication API and a standard DS9097U serial adapter initializing the DS2480B.

I have often found that user input edit boxes on a dialog require much more than the capabilities provided by the basic CEdit control. A common problem I have encountered is the need for an edit control that restricts the characters that can be entered into the box in some manner. Some types of restrictions would include confining input to a specific set if legal characters, excluding characters in an illegal set, limiting text to a maximum length and providing for fixed length strings that may be padded to the right with spaces if they are too short.

应用matlab编译器mcc实现，matlab和vc联合编程的经典例子(Application matlab mcc compiler implementation, matlab and vc classic example of joint programming)

实现FlightGear与外部通信，获得仿真的飞行参数及配置FlightGear。便于基于FlightGear的地面站设计(communication with FlightGear based on UDP in C++)

鱼群算法源代码 MATLAB -------------------------------------------------------------------------- Rosenbrock函数最小值 Fitness = Rosenbrock 优化函数 Range = repmat([-30 30],2,1) 参数实数范围 (Fish school algorithm source code for MATLAB)

很有用的关于VC和matlab混合编程的例子，值得大家学习(Very useful on the VC and matlab examples of hybrid programming, what is worth learning)

（1）通过Simulink创建仿真模型；（2）配置Simulink模型相关参数；（3）通过C语言调用C Engine API，控制模型的运行，并进行结果分析；（4）掌握Simulink模型在分布式仿真环境中应用的要点与方法。 ((1) created by Simulink simulation model (2) configuration parameters of Simulink models (3) by C language called C Engine API, the control model run, and the results of analysis (4) control in a distributed simulation environment Simulink model points and methods of application.)