Research Portfolio
Advancing the frontiers of wireless communication and intelligent systems through innovative research
Research Focus Areas
Wireless Communication
Advanced research in vehicular radar and communication systems with focus on interference mitigation and resource optimization.
Intelligent Reflecting Surfaces
Pioneering work in IRS technology for enhanced communication systems and 6G network implementations.
LoRa Communication
Research in Long Range communication protocols for IoT applications and smart city infrastructure.
Interference Mitigation
Development of novel techniques for reducing interference in multi-user communication environments.
6G & Future Networks
Contributing to the development of next-generation wireless communication technologies and standards.
ISAC Systems
Integrated Sensing and Communication systems for dual-function radar-communication applications.
Active Research Projects
QoS Improvement through Efficient Integration of FR-1 and FR-2 in 6G Open RAN
Principal Investigator (with Dr Brijesh Kumbhani, IIT Ropar)
This research project focuses on enhancing Quality of Service (QoS) in 6G Open Radio Access Networks through efficient integration of Frequency Range 1 (FR-1) and Frequency Range 2 (FR-2) technologies. The project aims to develop novel algorithms and protocols for seamless handoff management and resource allocation in heterogeneous 6G networks.
Research Methodology
Theoretical Analysis
Mathematical modeling and analytical frameworks for communication systems
Simulation Studies
MATLAB, Python, and specialized tools for system performance evaluation
Experimental Validation
Hardware prototyping and real-world testing of proposed solutions
Collaborative Research
International partnerships and interdisciplinary collaborations
Future Research Directions
AI-Driven Networks
Integration of AI/ML in communication systems for intelligent resource management
Satellite Integration
Non-terrestrial networks and satellite-terrestrial integration for 6G
Quantum Communication
Exploring quantum communication protocols for ultra-secure networks