The phrase "acceleration control" is correct and usable in written English.
It can be used in contexts related to physics, engineering, or technology, particularly when discussing the regulation or management of acceleration in a system or device.
Example: "The vehicle's acceleration control system ensures a smooth and safe driving experience by adjusting the throttle response."
Alternatives: "speed regulation" or "throttle control".
This paper presents a nonlinear observer design method for acceleration control of tail-controlled Skid-to-Turn missiles.
The proposed hybrid contouring controller was experimentally compared with the independent joint controller that is designed in the acceleration control framework with disturbance observer.
The controller is designed in the framework of lateral acceleration control and gain-scheduled H∞ control scheme considering the varying parameters induced by laden and running vehicle condition.
For example, an S-curve pattern can be applied to a conveyor application for smoother deceleration and acceleration control, which reduces the backlash that can occur when a conveyor is accelerating or decelerating.
As the control system, the RAC (Resolved Acceleration Control) method is introduced.
The disturbance observer makes a motion system to be an acceleration control system.
The buses, made by a French company, are "taught" a route by having operators drive them using steering and acceleration controls on a small box.
The collected data include steering angle, speed, longitudinal acceleration, lateral acceleration, yaw rate, accelerator control, brake control, lateral displacement, longitudinal displacement, accelerator control speed, and brake control speed.
Motion amplitude and accelerations control the design of the equipment.
A theoretical analysis was made to investigate the performance and acceleration-restriction capabilities of a normal-acceleration command control system in a fighter airplane.
In this paper, a generalized acceleration feedback control (AFC) design method, named AFC enhanced H∞ controller, is proposed for both fullactuated and underactuated nonlinear autonomous vehicle systems.
