Control of a Magnetic Levitation System using Cuckoo Search PIλDμ Controller

This paper introduces a Cuckoo Search Fractional Order PID (CSFOPID) controller outline for a Magnetic Levitation System (MLS). The MLS unit, lifting of items under the influence of an attractive field is a nonlinear inalienably shaky framework. Physically, it is extremely difficult for modifying the current in the electromagnet to keep an attractive question suspended in air. Indeed, even a criticism control with forwarding way gain control alone is ineffectual. It is required to plan a reasonable controller and actualize the same to accomplish the coveted target. Hence, PID, FOPID and CSFOPID controllers are proposed to settle the MLS unit. To enhance the shut circle execution and power, CSFOPID controllers are a great decision. The proposed controller conveys the MLS to a steady district by keeping an attractive barrel suspended noticeable all around. The simulation and test results acquired confirm that the proposed controller can balance out the attractive levitation framework and give power to demonstrating vulnerabilities. The simulation consequences of CSFOPID controller is additionally contrasted and those of PID and FOPID controllers with a specific end goal to demonstrate the efficacy of the controller.