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Structural Correction of Inertial System Circuit

机译:惯性系统电路的结构校正

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Inertial system errors in case of using the new structural correction method have been determined. Inertial system errors, which determine the kinematic parameters of aircraft movement, are finally generated in the computing circuit. This is the part of inertial system structure which is presented as a closed loop with a feedback. The forward circuit of the main loop consists of several velocity and distance integrators connected in series. Accelerometer signal corrections are calculated in the feedback loop. New corrective circuits have been introduced to the inertial system structure. And the errors of the changed system have been determined. The structural corrective circuits got signals from exterior onboard navigation systems. The conducted research has shown that the use of structural corrective circuits in some cases leads to a considerable decrease of inertial system errors. It means that the new structural method of inertial system correction provides positive results. Further research of inertial system errors should be conducted for the case of its full structure.
机译:确定了使用新的结构校正方法时的惯性系统误差。最终确定计算飞机运动学参数的惯性系统误差在计算电路中产生。这是惯性系统结构的一部分,显示为带有反馈的闭环。主回路的正向电路由几个串联的速度和距离积分器组成。加速度计信号校正在反馈环路中计算。新的校正电路已被引入惯性系统结构。并确定了已更改系统的错误。结构校正电路从外部车载导航系统获得信号。进行的研究表明,在某些情况下使用结构校正电路可显着降低惯性系统误差。这意味着惯性系统校正的新结构方法提供了积极的结果。对于其完整结构,应进一步研究惯性系统误差。

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