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1·The principle . progress and the method which resolved the satellite state vector;

给出了状态矢量求解的原理、过程、方法。

2·With ADS-B, velocity changes are broadcast almost instantaneously as part of the State Vector report.

使用ADS - B技术速度变化传播信号作为状态向量报告一部分，几乎是一瞬间就能探测到。

3·Each of sub filters gains an estimation of state vector by using work method of indirect filter.

各个子滤波器（局部滤波器）采用间接滤波方式工作，完成状态矢量局部估算；

4·An experiment can change the state vector arrow, projecting it in just one direction in the space.

一个实验能改变量子态方向，让它只在空间的一个方向上。

5·By using the Schrodinger Equation, the interaction between atomic state vector and magnetic field is calculated.

结合薛定谔方程，计算了原子态矢量和磁场间的相互作用。

6·Considering bending and torsional vibration in a twisted blade, the transfer formula of state vector is introduced.

考虑了扭曲叶片的弯曲扭转耦合振动的影响。介绍了状态矢量间的递推关系式。

7·It will also reducing unnecessary alarm rate by incorporating the ADS-B state vector, aircraft intent, and other information.

它通过综合ads - B状态向量、飞行器目标和其它信息，来减少非必要的警报频率。

8·This model is used to bui1d a nonlinear smoother for the estimation of the state vector when DRS measurements are available.

并将该模型用于建立一个在DRS观测值存在的情况下，状态向量估计的非线性平滑器。

9·According to the rule of transfer with cross section state vector, the internal forces and deformation of cross section are obtained.

利用截面状态矢量的传递规律，求解任一截面的内力和变形。

10·The desired filter can be constructed by using the cross-cut and geometry method. The optimum prediction of the state vector is also given.

通过运用斜割支线和几何方法，给出状态向量的卡尔曼滤波与最优预测。