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MiniBalanceV3.5【大功率版】平衡小车源码
- 本系统为两轮自平衡小车系统，由STM32单片机控制模块，陀螺仪姿态检测模块，电机驱动模块，电源供电模块等组成。陀螺仪MPU-6050模块负责采集平衡小车的角度信号以及角速度信号，并传给单片机；STM32单片机控制模块处理姿态角数据后，通过PID算法调节电机驱动电压，以控制两轮小车达到平衡；电机驱动模块负责接收单片机输出的控制信号，驱动两个直流电机的转速和方向，编码器将电机的速度和方向反馈给单片机控制器；电源模块负责各个模块的供电。通过系统的硬件软件设计、测试，证明了两轮自平衡小车能在±5 °范围
MPU9150
- 本文件是基于mpu9150的姿态算法源码，其中包括对各姿态角的计算和误差处理算法。(This document is based on mpu9150 attitude source code, which includes the calculation of the attitude angle and error processing algorithm.)
Robot
- 利用STM32主控单元与三轴陀螺仪MPU6050。MPU6050进行倾角测量，对测得的加速度和角速度数据进行AHRS数据融合，最终得到姿态角，姿态角再进行卡尔曼滤波。STM32单片机控制步进电机运动，对检测到的姿态角做最优控制。(Development of a Robot Balanced on a Ball)
AHRSupdate
- MATLAB算法关于四元数方法的解算姿态角(Four element number, solution, attitude angle)
mat_selfun
- 一些姿态转换小程序，包括欧拉角，四元数，矩阵之间的转换，好用(Some small conversion program, between Euler angle, quaternion and matrix, easy to use)
fyanggundonghenggunjisuan
- 主功能就是解算惯性导航中的姿态角，通过解算四元数来求解横滚角，航向角，俯仰角(The main function is to calculate the attitude angle in inertial navigation)
惯性导航四元数法
- 主要利用四元数来解算姿态角，并实时更新四元数，然后实时更新姿态角。(The attitude angle is calculated by four variables, and the four variables are updated in real time, and then the attitude angle is updated in real time.)
惯性导航中加速度计和陀螺仪性能研究_徐东升
- 通过利用陀螺仪数据来解算和更新四元数，进而来计算姿态角。(The attitude angle is calculated by using the gyro data to solve and update the number of four variables.)
MPU6050六轴传感器在STM32上实现代码
- 在STM32F407上实现姿态的检测，通过该程序可以求得3轴角速度和角加速度(The attitude detection is realized on STM32F407, and the 3 axis angular velocity and angular acceleration can be obtained by this program)
NSVtx
- 我们使用用欧拉角来表示航天器的姿态的仿真(Attitude simulation of Spacecraft Based on Euler angle)
mpuweb
- 利用树莓派和python解析mpu6050六轴传感器的姿态角(rasberrypi use python to read data from mpu6050)
SINS-MatlabImplement
- 导航坐标系：东-北-天 载体坐标系：右-前-上 姿态角范围：-PI/2<=pitch<=PI/2, -PI<roll<=PI, -PI<yaw<=PI 注意程序中方位北偏西为正(Navigation coordinate system: East North day Carrier coordinate system: right - front - up)
四元数更新在matlab中的实现
- 四元数更新在matlab中的实现，包括采样、更新四元数、规范化、得到姿态角(Quaternion update in matlab implementation, including sampling, update the quaternions, standardization and attitude Angle)
36692817DXsinscal_JZ
- 自己仿真的四元数法的龙格库塔的姿态解算matlab仿真(Their simulation of the quaternion method of runge kutta the attitude algorithm of matlab simulation)
四旋翼仿真
- 四旋翼仿真程序，PID控制的四旋翼状态，包括三个姿态角和空间中的位置(quadrotor simulation)
故障数据及程序
- 设置航天器敏感器或执行器故障，输出姿态角及角速度(set spacecraft fault of actuator or sensor,output attitude angle and attitude speed)
YT
- 次软件能够控制云台转动，使搭载的相机具有不同的姿态角，能够获取不同姿态的影像。(The software can control the rotation of the cloud platform so that the camera equipped with different attitude Angle can obtain the image of different attitude.)
translation of qua and euler and dcm
- 共有六个函数。作用分别是，姿态矩阵转换为欧拉角；欧拉角转换为姿态矩阵；欧拉角转换为四元数；四元数转换为姿态矩阵‘四元数转换为欧拉角。’(There are six functions. The effect is that the attitude matrix is transformed to the Euler angle, the Euler angle is transformed into the attitude matrix, the Euler angle is convert
helicopter
- 应用lqr方法实现四旋翼姿态角控制，内附matlab代码(Matlab implementation of helicopter LQR control)
siyuanshu
- simulink模块，基于互补滤波，解四元数微分方程，更新四元数和欧拉角，更新姿态(Complementary filtering completed with attitude updating)