搜索资源列表
navcode
- 导航解算,主要用于姿态的求解,主要利用的是四元数方法-Navigation solvers, mainly for solving attitude, the main use of the quaternion method
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
mimu
- 自己仿真的四元数法的龙格库塔的姿态解算matlab仿真-Their simulation method quaternion attitude Runge-Kutta solver matlab simulation
796e50c2-1775-4730-8213-2225004ca5c1
- 利用matlab数值计算的强大功能和,建模容易实现的特点"进行了捷联式惯性导航系统的仿真研究,对四元数及姿态矩阵等的解算采用编程实现"陀螺仪和加速计的建模用.-Matlab numerical calculation using the power and, modeling the characteristics of easy to implement " a strapdown inertial navigation sy
Fourth-order-Runge---Kutta-
- 四阶龙格-库塔算法在姿态解算中的应用,是实现圆锥运动的姿态解算。当旋转角速率w为定值的时候,我用龙格-库塔算法很容易解出了姿态矩阵四元数。-Fourth order Runge- Kutta algorithm of attitude algorithm.
siyuanshu
- 捷联惯导 四元数法 进行导航姿态解算 程序内有详细注解-SINS quaternion attitude solver for navigation with detailed comments
NEW
- 基于四元数法的捷联惯性导航系统姿态解算及正弦输入函数的生成-Quaternion-based strapdown inertial navigation system attitude solution and the generation of sinusoidal input function
Kong_Thesis
- 采用四元数进行姿态解算,得到比欧拉角更高的精度和实用性。-establish quaternion model to calculate the attitude
ins2
- 四元数姿态解算程序,很适合初学者-compute
Myfly_IMU6050_ZI_250_dinggao
- 本人做的四轴飞行器,可以平稳飞行,可平稳定高飞行,内含mpu6050,5883l,气压计,超声波驱动,四元数姿态解算,串行PID控制姿态和定高。-I do four-axis aircraft, a smooth flight, can fly high level of stability, containing mpu6050,5883l, barometer, ultrasound drive, quaternion attitu
Myfly_IMU6050_ZI_250_yaokong
- 本人做的四旋翼飞行器源码,这个是纯遥控版,可以实现稳定飞行,内含mpu6050,5883l,等传感器驱动,以及四元数姿态解算,和PID,以及遥控的解锁上锁等-I do four rotorcraft source, this is a pure version of the remote control, you can achieve a stable flight, containing mpu6050,5883l, and oth
08.-MPU6050
- 四元数姿态解算的程序,自己本科时候的毕业设计就是这个。-attitude caculate
四元数和欧拉角
- 关于四元数和欧拉角的一些资料,挺丰富的,共享一下,希望对大家有帮助。(About four yuan and Euler angle of some information, very rich, share it, I hope all of you help.)
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)
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.)
四元数解算姿态Matlab程序代码
- 四元数是简单的超复数。 复数是由实数加上虚数单位 i 组成,其中i^2 = -1。 相似地,四元数都是由实数加上三个虚数单位 i、j、k 组成,而且它们有如下的关系: i^2 = j^2 = k^2 = -1, i^0 = j^0 = k^0 = 1 , 每个四元数都是 1、i、j 和 k 的线性组合,即是四元数一般可表示为a + bk+ cj + di,其中a、b、c 、d是实数。 对于i、j、k本身的几何意义可以理解为一种旋转,其
imu
- 四元数姿态解算互补滤波无人机IMU 可用于要求精度不高于0.5的无人机使用(The updating attitude algorithm using gyroscope was studied both in theory and execution of computer operation, and then, the quaternion theory based on Runge-Kutta method was choose
四元数AHRS姿态解算和IMU姿态解算分析
- 四元数AHRS姿态解算和IMU姿态解算分析(Four element number AHRS attitude calculation and IMU attitude calculation analysis)
四元数程序与惯组数据
- 姿态解算 四元数公式文件代码为 function dq=MyQuaternion(t,q,Wmx,Wmy,Wmz) dq=zeros(4,1); dq(1)=1/2*(-Wmx*q(2)-Wmy*q(3)-Wmz*q(4)); dq(2)=1/2*(Wmx*q(1)+Wmz*q(3)-Wmy*q(4)); dq(3)=1/2*(Wmy*q
MPU6500研发代码(四元数)
- 基于STM32F103单片机解算出MPU6500 陀螺仪姿态数据,SPI通信协议,并且CAN总线输出。(Based on STM32F103, the attitude data of mpu6500 gyroscope, SPI communication protocol and can bus output are calculated.)