1) constant angular error
姿态角常差
1.
In this paper a calibration model of constant angular error is introduced to enhance attitude precision by few ground control points (GCP).
简要叙述高分辨率卫星遥感影像的严格几何模型,建立影像姿态角常差检校模型。
2) attitude errors
姿态角误差
1.
A new method is proposed to judge the observability of the attitude errors in integrated system, which utilize the variance matrix of the local observability matrix eigenvalue and eigenvector.
提出一种新的判断系统可观测性和可观测度的方法,详细分析了机体各种运动对系统姿态角误差可观测性和可观测度的影响,并把该方法应用于组合导航系统的可观测性和可观测度的研究中。
2.
It has been shown by the research results that, by means of implementing sine level maneuver flight, the local observability of the attitude errors can be increased, the flight alignment time can be reduced obviously, and the attitude errors can be cut.
从研究INS GPS(InertialNavigationSystem GlobalPositioningSystem)组合系统的姿态角误差可观测性出发 ,首次将局部可观测性理论应用于INS GPS组合系统 ,定量地计算出各种不同机动方式的局部可观测矩阵的条件数 ,找到了提高姿态角误差可观测性的最佳机动方式 。
3) attitude angle and course angle error
姿态、航向角误差
4) abnormal attitude
异常姿态
5) attitude angle
姿态角
1.
Error analysis of pico-satellite attitude angle measurement based on sun vector;
基于太阳矢量的皮卫星姿态角测量误差分析
2.
Vision-based estimation of attitude angles of unmanned air vehicles;
基于视觉的无人机姿态角估计
3.
Calculation of attitude angle in dynamic radar target simulation;
动态雷达目标仿真中目标姿态角的计算
6) attitude angles
姿态角
1.
Error analysis of vehicle attitude angles in autonomous land vehicle;
陆地自主车姿态角误差分析
2.
Based on this algorithm, the relationship between north finding angle and the attitude angles was analyzed.
考虑到采用数据拟合的方法处理动态测试数据去噪效果不强,而相关滤波算法作为一种专门在动态测试中应用的相位检测算法,对随机噪声和谐波噪声都有很强的抑制作用,提出了利用相关滤波算法进行信号去噪并提取北向角信息的思想;在此基础上,通过分析平台姿态角与寻北角之间的解析关系,推导了可以消除姿态影响的姿态补偿算法,该算法需要再增加两个加速度计敏感姿态角。
3.
On the foundation of concise introduction for attitude angles and the earth s magnetic field,electronic compass principle was analyzed,and based on the magnetoresistive sensors,the MEMS accelerometer and SoC(System on Chip) MCU,the electronic compass was designed and implemented.
在简单介绍了姿态角和地磁场的基础上,分析了电子罗盘工作原理,设计了基于磁阻传感器、MEMS加速度传感器及SoC(System on Chip)MCU的电子罗盘。
补充资料：差差
1.犹参差。不齐貌。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条