Adel Ouannas
Papers
3
Total Citations
57
H-Index
3
About
Adel Ouannas is a leading figure in nonlinear dynamics and chaos theory, with a particular focus on discrete-time systems and their real-world applications. His research bridges theoretical mathematics and engineering, notably through the development of novel discrete memristors—electronic components that mimic biological synapses. In his highly cited 2023 work, he introduced a multistable discrete memristor capable of preserving continuous-time model characteristics, a breakthrough that has garnered 38 citations and opened new pathways for neuromorphic computing. Ouannas also pioneered the application of chaotic systems in robotics; his 2021 paper on a 2D discrete chaotic memristive map demonstrated, for the first time, how such systems can optimize a mobile robot’s path planning to cover areas efficiently with minimal commands. Extending his impact to biological modeling, his 2025 study on the Gierer–Meinhardt reaction–diffusion system offers fresh insights into finite-time stability and control strategies, moving beyond traditional asymptotic approaches. With over 57 citations across these key works, Ouannas’s contributions are shaping the future of secure communications, robotics, and complex system control, making him a vital researcher for students exploring the intersection of chaos, memristors, and applied dynamics.
Research Focus
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Top Papers
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