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Monitor is constructed to track the system state resulted from the uncontrollable firing sequences.
In order to track the system reference, a generalized proportional-integral (PI) control law is proposed.
However, since we have the live data and the memory capability to track the system from launch off, we can constantly update our present position and headings.
In this paper, a new approach based on the Long Short-Term Memory (LSTM) network, an architecture that is specialized in discovering the underlying patterns embedded in time series, is proposed to track the system degradation and consequently, to predict the RUL.
Hence, the MP-PF can give more prediction state diversity to track the system state.
Hence, LSE is able to track the system transients and validate the PMU data under transient conditions.
Similar(43)
PAGASA continued tracking the system until the following day.
That day, the Joint Typhoon Warning Center (JTWC) began tracking the system.
On March 17, the JTWC also began tracking the system.
That day, the JTWC began tracking the system.
Meanwhile, the Japan Meteorological Agency JMAA) started tracking the system.
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