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- 四元数知识速成，四元数主要应用于3D 图形学领域，在动画，反向动力学等方面均有应用。-Knowledge intensive quaternions, quaternion is mainly used in the field of 3D graphics, animation, inverse dynamics, etc. are applied.
siyuanshu2
- 不同坐标系下相同测量点之间的四元数转换矩阵求解，可以此来求解坐标系A到坐标系B之间的转换矩阵-Different coordinates between the same measurement points quaternion transformation matrix solution can be used to solve this coordinate system A to coordinate system transformation matrix between B
QuaternionSolutionSINSalgorithm-matlab-program-Pac
- 四元数法捷联惯导解算算法的matlab程序组合包-Quaternion Solution SINS algorithm matlab program Packs
SimulationSINS
- 基于四元数法的捷联惯导系统仿真，陀螺仪和加速度计数据为自己仿的一分钟数据-Simulation SINS
shoujidaodesiyuanshusuanfawenzhang
- 收集到的一些四元数算法文章，希望有点用处-Collected some of the quaternion algorithm article, I hope some use！！
eulertoquat
- 欧拉角表示法具有简便、几何意义明显等优点，同时姿态敏感器可以直接测出这些参数，能较方便地求解用这些姿态参数描述的姿态动力学方程。但采用欧拉角的姿态描述方法存在奇点问题，且需多次三角运算。而采用四元数表示方法则可以避免这些问题。-conversion between euler angle and quaternion method
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.
ceziwucha
- 这是捷联惯导系统一阶、二阶微分方程法和一阶、二阶四元数法和完整解之间的误差代码-This is the sins of the first order, second order differential equation method and first order, second order quaternion method and the error between the full code solution
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
measurements
- 四元数法在动基座光电测量坐标变换中的应用设计-Quaternion method in the moving base optical coordinate transformation of measurements
Quaternion
- 四元数算法详细讲解，从原理到应用，控制物体旋转-Quaternion algorithm is explained in detail, from the principle to the application, the control object rotation
Quaternion-arithmetic-for-navigation
- 用于运动检测和导航的四元数算法，使用c语言实现。具有实用价值。-For motion detection and navigation quaternion algorithm, using the c language. Has practical value.
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
navigation
- 惯性导航用书，其中对算法的描述比较详细。该书中有四元数算法和等效转换算法-Inertial navigation with the book, in which a more detailed descr iption of the algorithm. The book has quaternion algorithm and equivalent conversion algorithm
sangwinequaterniontoolboxes
- 图像中的四元数工具箱，基于此进行四元数的操作-Quaternion in the image toolbox, based on this for the operation of quaternion
捷联惯导的matlab仿真.doc
- 导航系统中的捷联惯导，基于龙格库塔法和四元数法求解器位置和姿态，并求出其误差函数
自学Matlab必备的60个小程序代码
- MATLAB的几个小程序以及四元数的实表示方式(Real representation of quaternion)
六轴数据处理
- 陀螺仪原始数据处理，通过四元数计算姿态角(Gyroscope raw data processing, through the quaternion to calculate the attitude angle)
xuanzhuanbianhuan
- 利用四元数实现特定坐标变换，实现一个坐标系旋转后到另一个旋转后的坐标系下的变换(Using four variables to achieve specific coordinate transformation)