The phrase "accurate trajectory" is correct and usable in written English.
It can be used in contexts related to physics, space exploration, or any situation where precision in direction or path is important.
Example: "The scientists calculated the accurate trajectory of the spacecraft to ensure it would reach its destination without any deviations."
Alternatives: "precise path" or "correct course".
Apart from active trajectory tracking mechanisms, current solutions to accurate trajectory tracking in narrow areas require low speed motions.
The two control effects are fused to constitute cooperative controller to realize accurate trajectory tracking of RSS.
This localization system permits accurate trajectory tracking of legged robots during critical activities such as humanitarian de-mining tasks.
The application of this nonlinear control concept on the realised hardware setup shows that accurate trajectory tracking during dynamic set point changes is ensured.
To achieve accurate trajectory tracking control tasks despite external disturbances by cross currents or wind forces in lateral direction a nonlinear observer-based approach to disturbance compensation is proposed in this paper.
The nonlinearities and uncertainties which are caused by dynamical device, mechanical structure, extreme downhole environment and requirements of complex trajectory design in the actual drilling work increase the difficulties of accurate trajectory tracking.
The pilot study shows that the proposed rehabilitation system is capable of flexing and extending the fingers with accurate trajectories.
Less-sophisticated instruments used in previous dust observation missions, however, have provided much insight into our understanding of dust populations in interplanetary space, although they could not determine accurate trajectories of detected dusts.
In such scenario our approach based on modification M1 does not produce accurate trajectories.
Predicting the fuel consumption of transport aircraft is vital for minimizing the detrimental effects of fuel emissions on the environment, saving fuel energy sources, reducing flight costs, achieving more accurate aircraft trajectory prediction, and providing effective and seamless management of air traffic.
The proposed system performance was compared with a well-tuned PID controller and shown to be more accurate in trajectory control for rubbertuator robots.
