Direct versus indirect line of sight (LOS) stabilization - IEEE Xplore
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This paper investigates the impact of LOS disturbances and sensor noise on the performance of each stabilization control loop configuration.
This paper investigates the impact of LOS disturbances and sensor noise on the performance of each stabilization control loop configuration and provides a ...
Abstract—Two methods are analyzed for inertially stabilizing the pointing vector defining the line of sight (LOS) of a two-axis gimbaled laser tracker.
Abstract. Two methods are analyzed for inertially stabilizing the pointing vector defining the line of sight (LOS) of a two-axis gimbaled laser tracker.
The two most common adjustment control framework structures are: Direct and Indirect LOS Stabilization. Direct LOS conformity is usually endorsed for exactness ...
Two methods are analyzed for inertially stabilizing the pointing vector defining the line of sight (LOS) of a two-axis gimbaled laser tracker.
The stabilization performances that are obtained as simulation results through the application of various stabilization methods are compared and the direct ...
LOS angles are directly measured; in indirect stabilization, the LOS variables ... Direct versus indirect line of sight (LOS) stabilization”, IEEE Transactions ...
A kind of indirect stabilization method is studied, and model of attitude compensation is deduced, verification platform for attitude compensation is built up ...
A hybrid fuzzy-PID controller scheme is proposed to maintain line of sight (LOS) stabilize against carriers' disturbances and achieve a higher tracking ...