Interdisciplinary Applications of Non-Integer Order Circuits & Systems

A collection of interdisciplinary applications of non-integer-order circuits and systems is presented in this work. Sur-passing the capabilities of their integer-order counterparts due to the additional degrees of freedom, non-integer-order systems can more effectively emulate the characteristics of biological tissues and neuromorfic systems, effectively manage biomedical signals affected by noise, implement precise control systems, etc. The approximation of their behavior is also discussed in this work, as well as possible implementations that facilitate the attractive features of low power consumption, on-chip integration, and programmability.