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传感器切换
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  “传感器切换”译为未确定词的双语例句
     Study on The Switchovers of Survey Sensors in The Theodolite Control System
     经纬仪控制系统测量传感器切换的仿真研究
短句来源
     The switchover of survey sensors in the control system of theodolite is very important.
     测量传感器切换的问题是经纬仪控制系统研制中的关键间题。
短句来源
  相似匹配句对
     Sensors
     传感器
短句来源
     Study on The Switchovers of Survey Sensors in The Theodolite Control System
     经纬仪控制系统测量传感器切换的仿真研究
短句来源
     Linearization Circuit of the Transducers
     传感器线性化电路
短句来源
     The switchover of survey sensors in the control system of theodolite is very important.
     测量传感器切换的问题是经纬仪控制系统研制中的关键间题。
短句来源
     The management of the handover subsystem about channel;
     切换号码的管理;
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The switchover of survey sensors in the control system of theodolite is very important. In this paper, the effect of sensor parameters on the switchover is studied by the means of computer simulation and the method of normalization switchover is prompted. We get a very smoth switchover between the sensors by this method.

测量传感器切换的问题是经纬仪控制系统研制中的关键间题。本文利用计算机仿真的方法研究了测量传感器的参数对切换的影响,提出了传感器归一化的方法,实现了各传感器之间的平稳切换。

Based on the GDOP of target localization, a switching scheme between multisensor groups is proposed for precisely tracking a target by a fast Kalman filtering algorithm. Under the given distribution of multisensor system, the switching criterion can be set in advance through calculating and comparing the GDOPs of different multisensor groups at the same target position. Therefore, the optimal multisensor group can be selected to track the target, and the number of tracking sensor at one group can be reduced...

Based on the GDOP of target localization, a switching scheme between multisensor groups is proposed for precisely tracking a target by a fast Kalman filtering algorithm. Under the given distribution of multisensor system, the switching criterion can be set in advance through calculating and comparing the GDOPs of different multisensor groups at the same target position. Therefore, the optimal multisensor group can be selected to track the target, and the number of tracking sensor at one group can be reduced as soon as possible. Simulation results show that this switching method can improve the computation efficiency of tracking algorithm with acceptable tracking performance.

本文基于一种快速卡尔曼滤波的跟踪算法,利用已经确定的传感器布局信息,预先计算出不同空间位置上不同传感器组合的GDOP因子,并根据GDOP建立了多传感器的切换准则。从而可以在目标航迹的不同阶段上,选取最优GDOP的传感器组合,用尽可能少的传感器对机动目标进行精确跟踪。仿真结果表明该方法不仅降低了算法的计算量,而且仍然能够保持良好的跟踪性能。

 
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