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About

Mohamed Younis is a leading researcher in wireless sensor and robot networks (WSRNs), with a focus on cyber-physical systems, autonomous infrastructure monitoring, and rescue robotics. His work addresses critical challenges in deploying interconnected robots and sensors for applications in harsh environments, such as disaster response and lifeline infrastructure maintenance. Younis’s most-cited paper, "Energy-Aware Connectivity Restoration Mechanism for Cyber-Physical Systems of Networked Sensors and Robots" (2020, 26 citations), proposes a novel solution for restoring network connectivity after simultaneous failures, a key issue in WSRN resilience. His 2012 paper (16 citations) introduces a wireless sensor and actor network (WSAN) framework for autonomous monitoring of pipelines and power lines, enhancing infrastructure availability. Additionally, his 2015 work (8 citations) develops a GPS-free robot deployment technique for rescue operations, using landmark criticality to guide autonomous navigation. These contributions have shaped the design of robust, energy-efficient networked systems for real-world challenges. Younis’s research is widely cited for its practical impact on autonomous monitoring, connectivity restoration, and rescue robotics, making him a notable figure in the field of networked cyber-physical systems.