资源列表
guanxingtianwen.rar
- 惯性导航、天文导航的组合导航程序，内含轨迹发生器，有详细注释，是学习组合导航的好材料,Inertial navigation, astronomy, navigation integrated navigation program, containing trajectory generator, detailed notes, is to learn good material for integrated navigation
bppid.rar
- S函数的BP神经网络PID控制器Simulink仿真,S function of BP neural network PID controller Simulink simulation
DrawEarth
- 该程序用于计算卫星轨道和绘制卫星运行轨道轨迹图。-This program is used to compute the satellites circle and draw the picture of the satelites.
emd
- 经验模态分析（EMD）的MATLAB计算算法，经验模态分析是机械振动分析领域的重要方法-Empirical mode decomposition (EMD) of the MATLAB computing method, empirical mode analysis is an important field of mechanical vibration analysis method
trackHu
- 轨迹跟踪---船舶航迹控制，典型的欠驱动控制问题。两种算法，采用了matlab---simulink，直观明了。-Sailing ship trajectory tracking control, a typical under-actuated control. Two algorithms using matlab--- simulink, intuitive and clear.
imu_ahrs
- 基于IMU(三轴角速率、三轴加速计和三轴磁场)的方位姿态解算系统(ahrs)，基于C语言开发，VC 6.0编译器，可方便的移植到其他环境。-Based on the IMU (three-axis angular rate, three-axis accelerometer and three-axis magnetic field) to locate gesture Solution System (ahrs), based on C language development, VC 6.0
yxkd
- 用于计算公路桥梁有效宽度，非常方便。20字太多啦-Roads and bridges used to calculate the effective width, very convenient. 20 words too many
Kepler_orbit_rotate
- 计算得出导弹的被动段飞行轨迹（未考虑大气）和再入点、落点信息（在发射惯性坐标系内的位置量）-Calculated the passive missile flight path segment (not to consider the atmosphere) and re-entry point, placement of information (in the firing position within the inertial coordinate system volume)
a2v_liedu
- 振动烈度计算的MATLAB算法，根据振动加速度信号的频域积分计算振动烈度-The MATLAB algorithm for calculating vibration intensity, vibration acceleration signals according to frequency domain integral calculation of vibration severity
naca
- 一款用来生成nasa翼型外形的小软件，解压后可以方便应用-Nasa airfoil shape used to generate a small software application can be easily decompressed
VBI-shell63
- 采用ansys编程的车桥耦合程序，自主原创~单元采用的是shell63-Using the axle coupling ansys programming program, the original self ~ unit is shell63
quadrotorsimV2
- 基于simulink的四旋翼飞行器动力学建模与简单PID控制。-Based on the four-rotor dynamics modeling with a simple PID control simulink.