Bio-Communication Systems Research Bio-Communication Systems Exploring energy-efficient communication solutions inspired by biology and human-centric applications. Body Area Networks: Designing ultra-low power wireless systems for on-body and in-body communication, enabling next-gen health monitoring and wearable technologies. We’re currently updating this section. More content and visuals will be added soon.
Communication Theory Research Communication Theory Advancing wireless communication through robust theory and practical system design. Wireless Sensor Networks: Distributed estimation using relays and fusion centers for efficient data aggregation. MIMO Relaying: Optimal strategies under power constraints for enhanced multi-antenna system performance. Massive MIMO: Scalable architectures for high-capacity, next-generation wireless networks. We’re currently updating this section. More content and visuals will be added soon.
Research Research The Communication and Computing Systems Lab (CCSL) at KAUST is led by Professor Ahmed Eltawil. The research focus of the group lies in the area of efficient architectures for mobile computing and communications systems. Our philosophy is to employ a multidisciplinary approach to the design and development of mobile systems spanning algorithm, architecture and implementation. The goal is to simultaneously address two seemingly diverging trends. The first trend is concerned with efficient, high data rate broadband wireless systems driven by continuously expanding networking applications. The
System Architecture Research System Architecture Designing energy-efficient and resilient computing systems for modern communication challenges. Low-Power Computing: Developing neuromorphic architectures with ReRAM, in-memory computing, and fault-tolerant designs. Power Management: Cross-layer techniques to optimize power in wireless and multimedia applications under process variation. VLSI Design: Creating low-power architectures for key components like FEC cores and channel estimation blocks. Full-Duplex Communication: Enabling simultaneous transmission and reception using analog/digital interference cancellation
