搜索资源列表
MPU6050
- 通过I2C总线读取MPU6050的传感器数据，并通过互补滤波算法解算出俯仰角和横滚角，最后将结果打印到上位机上-MPU6050 through the I2C bus to read the sensor data, and through complementary filtering algorithm solves for the pitch angle and roll angle, and finally print the results to the host computer
HMC-Cor-YJ
- K60为主控芯片，MPU6050解算三维姿态角，姿态解算采用DMP和四元素算法。并带有TFT液晶触摸屏以及蓝牙4.0的开发。-Use k60 as the main control MCU。MPU6050 solving three-dimensional attitude angle, attitude solver algorithm using DMP and the four elements. And with a TFT LCD touch screen and Bluetooth
TWO-MOTOR-MPU6050
- 应用于两轴飞行器的测试，能测试多轴或者两轴飞行器DIY的两轴平衡控制，空间姿态解算-Used in aircraft testing two axes, to test the multi-axis or two-axis aircraft DIY balance control two axes, spatial attitude solution
mpu6050-program
- 陀螺仪姿态解算 四元数 捷联矩阵的初始值计算初始四元数值 用毕卡法求解四元数更新矩阵，即捷联矩阵-Gyro attitude solution
MPU6050姿态解算
- STM32对MPU6050的四元数姿态解算，
6050
- 使用6050 6轴传感器解算温度值及加速度值等(Use 6050 to calculate acceleration and temperature values)
MPU6050姿态解算STM32源码（DMP）
- STM32解算MPU6050工程文件，IIC读取6050数据，带DMP 。(STM32 calculation of MPU6050 engineering documents)
姿态解算资料
- MPU6050 中文教程，快速入门，带有圆点博士的例程。(MPU6050 Chinese tutorial, quick introduction.)
MPU6050-DMP-STM32
- MPU6050-DMP，用于解算姿态角，四轴控制，如欧拉角等等。DMP有校准模块，读取数据更精确，排除干扰。另，市面有硬件DMP，可参考选用。(Used to solve the attitude angle, four axis control, such as Euler angle, and so on. DMP has a calibration module that reads data more precisely and eliminates interference. In a
mpu6050
- MPU6050经过互补滤波和四元数转换为欧拉角 得到稳定的三轴角度(MPU6050 is converted to Euler angles by complementary filtering and four element number to obtain a stable three axis angle)
二轮自平衡小车
- 自平衡小车、MPU6050、姿态解算的算法C语言实现(Self balancing vehicle based on STM32)
mpu-6050资料
- mpu6050姿态解算，51 C语言例程，stm32例程(Mpu6050 attitude calculation, C language routines, STM32 routines)
MPU6050姿态解算STM32源码
- stm32码源实现mpu6050的三种姿态解算算法(Three algorithms of attitude calculation for mpu6050 based on STM32 code source)
实验32 MPU6050六轴传感器实验
- 使用STM32F4来驱动MPU6050，读取其原始数据，并利用其自带的DMP实现姿态解算，结合匿名四轴上位机软件和LCD显示(Using STM32F4 to drive MPU6050, read its original data, and use its own DMP to realize attitude calculation, combined with anonymous four axis PC software and LCD display)
MPU6050六轴传感器实验
- 实验器材: 探索者STM32F4开发板 实验目的: 学习MPU6050 六轴传感器(三轴加速度+三轴陀螺仪)的使用. 硬件资源: 1,DS0(连接在PF9) 2,串口1(波特率:115200,PA9/PA10连接在板载USB转串口芯片CH340上面) 3,ALIENTEK 2.8/3.5/4.3/7寸TFTLCD模块(通过FSMC驱动,FSMC_NE4接LCD片选/A6接RS) 4,KEY0按键(连接在PE4) 5,MPU6050传感器(连接在PB8(
sketch_apr29a
- 在Arduino IDE编译环境下，用四元数法进行姿态解算。四元数法具有计算量小的优点，相比欧拉角法，省去了姿态转换矩阵的计算。(In the Arduino IDE compiler environment, four element method is used to solve the pose problem. The four element method has the advantage of small computation. Compared with Euler angle
六轴姿态解算
- MPU6050传感器的六轴姿态解算算法代码(Six-Axis Attitude Solution Algorithmic Code for MPU6050 Sensor)
eMD-SmartMotion_ICM20948_1.0.5
- ICM20948实现的9轴DMP姿态解算,强于MPU6050的DMP6(The 9-axis DMP attitude resolution implemented by ICM20948 is better than that of MPU6050.)
MPU6050姿态解算STM32源码（DMP）
- 通过stm32 采集并通过DMP解算 MPU6050的角度，，通信采用IIC通信(The angle of the MPU6050 is solved by stm32 and calculated by DMP. The communication uses IIC communication.)
实验16：IMU姿态解算
- MPU6050陀螺仪与姿态解算实验，使用hawk2平台(MPU6050 IMU, use hawk 2 platform)