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About WINC
WINC was established in 2007 with a focus on technology development and education in all aspects of wireless systems, networking and applications. WINC provides the perfect mix for multi-disciplinary research spanning diverse areas ranging from theoretical foundations, radiation and propagation, communications theory and information theory, to system and algorithm design, networking protocols, among many others.
WINC Members
Research Groups
Wireless & Optical Networks
Group Leader Prof. Yasmine Aly Fahmy Professor at School of Engineering & Applied Sciences Wireless & Optical Networks This research track focuses on the design, optimization, and performance evaluation of next-generation wireless and optical communication systems. It addresses challenges related to high data rates, low latency, scalability, and reliability, with applications spanning intelligent transportation systems, autonomous vehicles, and distributed intelligent networks. Wireless Communications and Networks Edge Computing Federated Learning and Distributed Systems Autonomous Vehicles
Radiation & Propagation
Group Leader Prof. Tamer Mostafa Abuelfadl Director of Wireless Intelligent Networks Center (WINC) Radiation & Propagation This track explores electromagnetic wave radiation, propagation, and interaction with complex environments and materials. It emphasizes innovative antenna designs and intelligent surfaces, leveraging artificial intelligence to enhance wireless system performance and adaptability. Metasurface Design Artificial Intelligence
Quantum Computing
Group Leader Prof. Tamer Mostafa Abuelfadl Director of Wireless Intelligent Networks Center (WINC) Quantum Computing To address the theoretical and practical foundations of quantum computation, focusing on emerging hardware platforms and algorithmic development. The goal is to advance computational capabilities beyond classical limits for complex scientific and engineering problems. Superconductor Quantum Computing Optical Quantum Computing Quantum Algorithm
Holography & 3D imaging
Group Leader Prof. Tamer Mostafa Abuelfadl Director of Wireless Intelligent Networks Center (WINC) Holography & 3D imaging This track focuses on advanced optical imaging techniques that enable three-dimensional visualization, measurement, and analysis. It integrates optical system design, computational methods, and material science for applications in science, engineering, and biomedicine. Holographic Imaging & Display Systems Bio-Imaging and Microscopy Applications Holographic Optical Elements & Materials Phase Processing, Retrieval & Computational Techniques
WINC in Numbers
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