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Fractional-Order System: Control Theory and Applications
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International experts contribute to Fractional- and Integer-Order System: Control Theory and Applications, providing an authoritative overview of the most recent developments in control theory as well as practical examples of fractional- and integer-order systems. Generously referenced and illustrated, the reprint highlights the growing interest in control science and is an invaluable resource for applied and industrial mathematicians, biological, control, electrical and electronics engineers and scientists.
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Keywords
- autonomous underwater vehicle
- bounded uncertainties
- collocation method
- direct autotuning methods
- distributed interval observer
- error
- event triggered
- exponential enclosures
- finite difference method
- finite-time convergence
- fixed-point theory
- Fractional calculus
- fractional differential systems
- fractional diffusion equation
- fractional Fourier transform
- fractional integral equation
- fractional order
- fractional-order controllers
- fractional-order differential equations
- fractional-order multiagent systems
- frequency distributed exponential function
- fuzzy logic control
- generalized Caputo derivate
- indirect autotuning methods
- infectious diseases
- infinite-state approach
- initial value problem
- Interval analysis
- interval estimator
- Mathematics & science
- Mittag-Leffler-type enclosures
- monotone system theory
- multiweighted-type fractional Fourier transform
- n/a
- neutral systems
- particle swarm optimization algorithm
- Physics
- Reference, information & interdisciplinary subjects
- Research & information: general
- Riemann–Liouville integral
- SEIR epidemic model
- simulation results
- stability and convergence analysis
- Synchronization
- uncertain
- unitarity
- verification of pseudo-state enclosures
- weighted-type fractional fourier transform
Links
DOI: 10.3390/books978-3-0365-6423-4Editions