Memristor-Based Chaotic Circuits

TLDR

Since its fabrication in 2008, the memristor has shown promise in nanoelectronics, computer logic, and neuromorphic computing. This paper proposes memristor‑based chaotic circuits by exploiting the memristor’s circuit properties. The circuits are derived from the canonical Chua’s circuit. These circuits, derived from Chua’s circuit, offer scalable, low‑power applications and provide a memristor‑based framework for secure communications via chaos.

Abstract

AbstractEver since its physical fabrication in 2008, the memristor has been promising in the fields of nanoelectronics, computer logic and neuromorphic computers. Taking advantage of the circuit properties of the memristor, this paper proposes memristor-based chaotic circuits. For the first time, memristor-based chaotic circuits have been derived from the canonical Chua’s circuit. These circuits present opportunities for developing applications under the constraints of scalability and low power. They also provide a memristor-based framework for secure communications with chaos.