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About

Eman Omar is a researcher specializing in wireless sensor networks, mobile robotics, and algorithmic optimization, with a particular focus on the critical challenge of energy restoration in battery-powered sensor systems. Her work addresses a fundamental limitation in sensor network deployment: the inevitable degradation of coverage as batteries deplete over time. Omar's most significant contributions center on developing intelligent strategies for mobile robots acting as battery chargers or changers within sensor networks. Her research spans multiple network topologies, including linear arrangements and ring configurations, demonstrating both the breadth and systematic rigor of her investigations. Notably, she has explored both centralized and decentralized approaches, with her 2019 work on effective decentralized energy restoration showcasing scalable solutions that operate without relying on a single point of control. Her doctoral thesis, "Energy Restoration of Sensor Networks by Mobile Robots," synthesizes these contributions into a comprehensive framework, proposing on-demand decentralized strategies and analyzing their theoretical performance bounds. With her most-cited paper from 2020 accumulating 5 citations and multiple works reaching 4 citations, Omar's research has begun establishing a foundation for future work in autonomous robotic maintenance of sensor infrastructure — an increasingly vital area as IoT deployments continue to expand.