The phrase "attitude tracking" is correct and usable in written English.
It can be used in contexts related to psychology, technology, or behavior analysis, where monitoring or assessing someone's attitude is relevant.
Example: "The new software includes attitude tracking features that help gauge user sentiment over time."
Alternatives: "mood monitoring" or "sentiment analysis".
This paper treats the problem of nonlinear adaptive attitude tracking control of an orbiting flexible spacecraft.
Numerical simulations are presented to show the effectiveness of the proposed attitude tracking approach.
The attitude tracking controller allows for external disturbances and absence of angular velocity information.
Simulation results are provided to demonstrate the effectiveness of the proposed attitude tracking control algorithm.
This article presents an adaptive attitude tracking controller with external disturbances and unknown inertia parameters.
An attitude tracking controller is developed for control moment gyroscope (CMG -actuated satellites, whiCMG -actuatedo achieve accurate attitude tracking in the presatellitesnmodeled external disturbance torques, parametric uncertainty, and nonlinear CMG disturbances.
Unfortunately, the controller has singularity problem which will cause the instability of the closed-loop system of attitude tracking errors.
Based on the above analysis, the attitude tracking control law is designed by using sliding mode theory.
An attitude tracking controller is designed utilizing adaptive fuzzy H-infinity control approach combined with an identification model to improve the attitude tracking performance in the interior of fuzzy approximation region of attitude angle.
Experiment of attitude tracking task on an aircraft is also carried out to show the effectiveness of the proposed method.
The attitude tracking errors are mathematically proved to converge to zero within finite time which can be estimated.
