Wireless Communication Systems: Exploring the design, optimization, and performance enhancement of wireless communication systems, with a particular emphasis on radio access networks (RANs), mobile backhaul, and fronthaul networks. This encompasses the study of emerging technologies like Cloud Radio Access Networks (C-RAN) and their impact on network efficiency and scalability.
Signal Processing and Detection: Investigating advanced signal processing techniques for the detection and classification of Low Probability of Intercept (LPI) radar signals. This includes developing algorithms and methodologies to enhance signal detection capabilities, crucial for applications in military, surveillance, and security systems.
Network Quality of Service (QoS): Analyzing and improving the quality of service metrics in networking environments, focusing on factors such as packet loss ratio (PLR), latency, and packet delay variation (PDV). This research area aims to enhance overall network performance, reliability, and user experience.
Data Communication and Networking: Exploring cutting-edge topics in data communication and computer networking, including protocol design, network architecture, security protocols, and performance optimization techniques. This includes studying the implications of Software-Defined Networking (SDN) and Network Function Virtualization (NFV) on network management and scalability.
Telecommunications Infrastructure: Researching the development, deployment, and management of telecommunications infrastructure, particularly in optical networks, fiber optic communication, and their role in supporting modern communication systems and services.
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