搜索资源列表
Mti
- 惯性测量组件Mti进行数据采集，利用陀螺和加速度计数据进行捷联姿态角解算，采用四元数更新算法，解算周期可调。-Inertial measurement components MTI data collection, the use of gyro and accelerometer data inertial attitude angle solver, using quaternion update algorithms, solve
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
Strapdown-inertial-navigation
- 一个简单的捷联姿态解算算法 GPS-INS惯导算法-A simple strapdown attitude solver algorithm GPS-INS inertial navigation algorithm
AHRStool-20120902-v2-pudn
- AHRS姿态解算算法上位机代码，C++实现，串口通信与下位机-AHRS server side code
DMPaccgroy
- 功能mpu6050内部自带DMP实现姿态解算算法，采用的单片机是msp430，-DMP achieve functional mpu6050 own internal attitude solver algorithm, using the microcontroller is msp430,
siyuanshu
- matlab实现的四元素算法，姿态解算算法中最经典的算法-Four elements algorithm matlab implementation, attitude solution algorithm is the most classical algorithm count
四轴飞行器
- 该文档介绍了四轴飞行器的姿态解算算法，利于初学者学习。
Strapdown
- 捷联惯性导航算法完整版（单子样姿态解算算法）-Strapdown inertial system
SOFT_DESIGN
- 本设计是基于STM32F4的四轴航拍平台。以STM32F407为控制核心，四轴飞行器为载体，辅以云台的航拍系统。硬件上由飞控电路，电源管理，通信模块，动力系统，机架，云台伺服系统组成。算法上采用简洁稳定的四元数加互补滤波作为姿态解算算法，PID作为控制器，实现飞行，云台增稳等功能。具有灵活轻盈，延展性，适应性强好等特点。-The design is based on a four-axis STM32F4 aerial platform
DirectionCosin
- 载体的姿态解算算法是实现捷联式惯性导航系统精确导航的核心技术之一，采用了标准方向余弦法求解惯性导航的位置姿态-Carrier attitude algorithm of the algorithm is to achieve strapdown inertial navigation system is one of the core technology of accurate navigation, using the standa
AP_AHRS
- 姿态解算算法，EKF的c++实现，适用于AHRS系统(Attitude calculation algorithm, EKF the c ++ implementation, suitable for AHRS system)
AHRS
- AHRS中姿态解算算法的实现，包括Mahony和Madgwick的算法(AHRS in the realization of the posture algorithm, including Mahony and Madgwick algorithm)
FreeIMU
- 6轴或者9轴（加速度计、陀螺仪、磁位计）姿态解算算法(6 axis or 9 axis attitude calculation algorithm)
73462669zitaijiesuan
- 本人编写的动态姿态解算程序，有三子样、kalman等算法，附有mti实测数据(I write dynamic attitude algorithm procedures, such as the third kind, kalman algorithm, mti attached to the measured data)
经典的Carmack求平方根算法
- 经典的Carmack求平方根算法,, 采集九轴传感器数据, 解算姿态(Classic Carmack square root algorithm)
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)
SINS
- 捷联惯导算法、四元数算法姿态解算、误差补偿及仿真分析，matlab仿真程序(Attitude calculation of strapdown inertial navigation system algorithm based on Matlab)
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)
姿态解算
- PX4上修改来的姿态结算算法,根据九轴传感器计算欧拉角(The modified attitude settlement algorithm on PX4 is used to calculate the Euler angle based on the nine axis sensor)
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)