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比力测量
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  specific force
     The function of SINS in airborne vector gravimetry is to measure the specific force,but standalone SINS can not satisfy the precision,so usually SINS/DGPS integrated navigation using Kalman Filtering is applied to improve the precision.
     捷联惯导系统(SINS)在航空矢量重力测量中的基本功能是比力测量,但是纯惯导不能满足精度要求,因此通常采用卡尔曼滤波SINS/DGPS组合导航来提高比力测量的精度。
短句来源
     In this article,a new reduced order filtering algorithm is designed through observability analysis,the algorithm makes the concept of specific force measurement more clearer,and the correctness of this new algorithm is validated through simulation.
     通过误差状态可观性分析设计一种新的降阶滤波算法,该算法使得比力测量分系统的概念更加明晰,并通过仿真验证新算法的正确性。
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  specific force
On the basis of irreversible thermodynamic processes, an expression is then also derived for the specific force, per unit mass, acting in the interphase region.
      
When an external force is applied, this spatially inhomogeneous constraint exerted by the junction leads to specific force-distance profiles, which differ from profiles in the case of fixed connectors.
      
BRE maintained task-specific force, power and EMG activity.
      
To assess the specific force, the muscle cross sectional area (CSA) was determined from magnetic resonance imaging (MRI) scans.
      
However, the YM showed a greater decrease in specific force as compared to the OM.
      
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The function of SINS in airborne vector gravimetry is to measure the specific force,but standalone SINS can not satisfy the precision,so usually SINS/DGPS integrated navigation using Kalman Filtering is applied to improve the precision.In this article,a new reduced order filtering algorithm is designed through observability analysis,the algorithm makes the concept of specific force measurement more clearer,and the correctness of this new algorithm is validated through simulation.

捷联惯导系统(SINS)在航空矢量重力测量中的基本功能是比力测量,但是纯惯导不能满足精度要求,因此通常采用卡尔曼滤波SINS/DGPS组合导航来提高比力测量的精度。通过误差状态可观性分析设计一种新的降阶滤波算法,该算法使得比力测量分系统的概念更加明晰,并通过仿真验证新算法的正确性。

Two new methods were presented to improve the accuracy of specific force considering that only post-processing was needed in airborne gravimetry.The first was optimal Kalman filter/smoother,and its estimation was the optimal combination of the estimation of forward/backward Kalman filters.The second was iteration algorithm.Since the gravity anomaly was generally not modeled in the filtering model,the model error would reduce the accuracy of estimation.The basic idea of the iteration algorithm was to reduce the...

Two new methods were presented to improve the accuracy of specific force considering that only post-processing was needed in airborne gravimetry.The first was optimal Kalman filter/smoother,and its estimation was the optimal combination of the estimation of forward/backward Kalman filters.The second was iteration algorithm.Since the gravity anomaly was generally not modeled in the filtering model,the model error would reduce the accuracy of estimation.The basic idea of the iteration algorithm was to reduce the influence of model error using the estimated gravity anomaly in the next navigation calculation.Simulation analysis shows that the methods can improve the accuracy of specific force effectively,but the estimation has deviation,so other methods such as crossover adjustment are needed to remove the systematic error.

在航空重力测量中通常需要采用卡尔曼滤波来对比力测量误差进行估计。针对航空重力测量只需要进行事后处理的特点,提出了两种新方法来提高比力测量的精度:一是最优卡尔曼滤波平滑算法,该算法的估计值是前向/反向卡尔曼滤波器的估计值的最优组合;二是迭代算法,由于在滤波模型中通常不对重力异常进行建模,而模型误差的存在会降低滤波精度,迭代算法的基本思想是将重力异常估计值代入新的导航解算,以此降低重力异常对滤波估计精度的影响。仿真分析表明所提出的方法能有效提高比力测量的精度,同时表明滤波估计是有偏的,因此还需要采用网格平差等方法来消除系统误差。

 
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