LabVIEW software in conjunction with data acquisition board, servo-controllers and servomotors form the adaptive control system for the custom-built tension-torsion machine.
After simplification of the controlled process into a linear system, an adaptive control system has been designed to keep the NTSD constant.
Additionally, extensive simulation results reveal that the proposed direct adaptive control system outperforms conventional on-off and PI controllers, providing a significantly much better heat dispersion performance despite the existence of unexpected environmental variations and disturbances.
A model reference adaptive control system (MRAS), which includes the cutting force as a controlled output and the feed rate as a control input, is implemented.
For non-ASPR system, in order to guarantee the stability of the designed adaptive control system, a parallel feedforward compensator (PFC) is introduced and is adaptively adjusted for remaining the ASPR-ness of the resulting augmented system.
The controller has been used in connection with these models to form an adaptive control system and has been applied to the plant.
Some properties of an adaptive control system are considered.
Adaptive system often refers to the adaptive control system.
It was later found that the onboard adaptive control system was to be blamed for this incident.
The obtained parameter and state information is used for an adaptive control system design.
The two variants of the new adaptive control system are validated by complex numerical simulations.
