片语

attitude determination and control姿态确定和控制

satellite attitude determination system卫星姿态确定系统

autonomous star attitude determination卫星自主定姿

Gyroless attitude determination无陀螺姿态确定

algorithm of attitude matrix determination姿态矩阵解算算法

attitude determination accuracy姿态确定精度

attitude determination integrated姿态组合

attitude-determination GPS receiver测姿型GPS接收机

attitude determination algorithm姿态确定算法

英汉例句

• the principle of the attitude determination system using the measurement of infrared horizon sensors and digital sun sensor to modify the gyros「driftbias is proposed.

  提出了利用红外地平仪和数字太阳角计的测量值来修正陀螺漂移的姿态确定原理。

• a filtering algorithm for high precision attitude determination of a specific satellite is presented based on star-sensors and fiber optic gyroscopes (fog).

  为了达到卫星三轴姿态确定的精度要求，以某一对地定向的小卫星为研究对象，提出了基于滤波算法的星敏感器和光纤陀螺组合定姿的方案。

• a novel optimal attitude and attitude-rate estimation algorithm is proposed to address the problem of autonomous attitude determination using gravitational filed and geomagnetic field observation.

  针对利用地球重力场和磁场矢量观测进行自主姿态测量的应用问题，提出了一种新的最优递推估计算法。

• a damped lambda algorithm is used for single epoch gps positioning combining the condition that baseline length on vessel is fixed, a new method for attitude determination with gps is put forward.

  在作者提出的gps单历元阻尼lambda算法的基础上，结合固定边长条件，给出了一种gps姿态定位的新方法。

• second, the gps attitude determination system is applied to the initial alignment of sins on moving base. the system error equations are deduced based on the concept of transfer alignment.

  其次将gps姿态确定系统应用于捷联惯性导航系统的动基座初始对準研究，基于传递对準的概念，推导了系统误差方程；

• the matrix method of the attitude determination for spin-stabilized geostationary communication satellite and its cases of practical engineering application are described in this paper.

  文章陈述了自旋稳定通信卫星姿态确定的矩阵方法及其工程应用的七种情况。

• a filtering algorithm for high precision attitude determination of a specific satellite is presented based on star-sensors and fiber optic gyroscopes (fog).

  为了满足卫星三轴姿态确定的精度要求，提出了基于状态估计法的星敏感器和光纤陀螺组合的方案，并设计了相应姿态确定算法。

• to get high accuracy of satellite attitude determination, a new approach of satellite attitude determination system, which combines the star-sensors with gyro, is presented in the article.

  为了满足军用卫星姿态测量高精度的需要，提出了基于状态估计法的陀螺仪和星敏感器组成的卫星姿态测量系统的方案。

• a new method to improve gps attitude determination accuracy in close shot target and three-dimension survey system is discussed based on the introduction of principles of gps attitude determination.

  本文在介绍gps姿态测量技术原理的基础上，探讨了在近景目标三维测量系统中提高gps测姿精度的新方法。

• an adaptive extended kalman filtering algorithm is presented in this paper for attitude determination consisting of a pseudo gyro, a magnetometer and an earth sensor.

  以伪陀螺、磁强计与地球敏感器构成的姿态测量系统为基础，设计了自适应扩展卡尔曼滤波算法。

• finally, this paper does a research over attitude determination in application of ship pose using low cost gps oem and the technology of extra short antenna array.

  在本文介绍的测姿方案中，采用价格便宜、体积小的gpsoem板，结合超短基线的天线布阵方式，对船舶载体姿态测量应用方面进行了研究。

• and the research of the gps attitude determination system is to give high precision three-dimension attitude of the vehicle flat roof and the antenna」s position.

  而gps姿态测量系统的研究目的就是通过后处理gps数据，提供高精度的车载平台的三维姿态数据和天线位置。

• satellite attitude determination system is the important part of the attitude control system (acs), and its accuracy is the key factor for the performance of the acs.

  卫星姿态确定系统是卫星姿态控制系统中的重要组成部分，其精度是影响姿态控制系统精度水平的决定性因素。