This research work is mainly focused on suspending the steel ball
without any mechanical support in desired position and how the
Magnetic Levitation System works in presence of disturbance with
help of an efficient controller.The tracking performance and
robustness is also checked for this system. For tracking, two type
of reference trajectory are modelled. One is sine wave and other is
a set of constant point varying at different levels. Lastly for
robust performance, disturbance is applied in MLS.For this task we
have designed Interval Type-2 Fuzzy Logic Controller (IT2FLC),
Interval Type-2 Single Input Fuzzy Logic Controller (IT2SIFLC),
Interval Type-2 Fuzzy Sliding Mode Controller (IT2FSMC) based on
theory of type-2 fuzzy logic systems. Uncertainty is an inherent
part of intelligent systems used in real world applications.
Conventional controllers can not fully handle the uncertainties
present in real-time systems. Type-2 fuzzy sets that are used in
type-2 fuzzy systems can handle such uncertainties in a better way
because they provide us an extra degree of freedom. At last The
designed controller's performance is compared with the feedback
linearization control.
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