Extensive computer simulations are made to prove the applicability of the proposed controller for controlling the cutting force over different operating conditions.
As a case study, the architecture of an asynchronous clock divider with the corrective controller is implemented and experimental verification on FPGA is provided for showing the applicability of the proposed controller.
To demonstrate applicability of the proposed controller, experimentation is performed on real life interacting coupled tank level system.
Simulation study and experimentation on real life interacting two tank liquid level system are included to demonstrate effectiveness and applicability of the proposed controller.
The applicability of the proposed controller is tested for other different non-linear processes like type I diabetic process and conical tank process.
Additionally, some implementation issues concerning the controller design are addressed to improve the applicability and performance of the controller.
The relatively cheap, but powerful hardware and the applicability of the programmable logic controller (PLC) to automation and complex control tasks make this combination a valuable tool for undergraduate and postgraduate control engineering classes.
Finally, some simulation examples are provided to demonstrate the validity and applicability of the proposed fuzzy controller design approach.
Results of tests done with the platform are presented, demonstrating the applicability of the proposed motion controller in efficiently handling these issues.
