Data-driven Modeling of Complex Live and Engineered Systems, Analysis and Control of Networked Dynamical Systems, Autonomous Collective Systems and Robotics, Machine Learning, Deep Learning, and Artificial Intelligence.
My research is in the areas of dynamics and controls, with a developed expertise in bio-inspired systems and robotics. My goal is to contribute to the very foundation of complex time-varying networked dynamical systems, pave the way for bio-inspired engineering systems, and aid in the development of distributed sensor networks, autonomous swarm robotics, and artificial intelligent systems. I aspire also to expand my theoretical and experimental work along interdisciplinary and data-driven themes, addressing our fundamental understanding of noisy, large-scale, heterogeneous, and complex systems.
Through our research, we contribute to the development of autonomous multi-agent systems for use in search and rescue missions, toxic waste cleaning, environmental monitoring and protection, package delivery, defense and outreach activities.
Selected Publications and Accomplishments