Home > Academics > Academic Units > Faculty of Engineering and Architecture (FoE&A) > G.S Sanyal School of Telecommunication > Debarati Sen
Associate Professor
G.S Sanyal School of Telecommunication
The ubiquitous trend to ''Go Wireless'' is a symbol of our need for independence and flexibility. To allow for an ''All Wireless'' world, large amount of information with widely varying content have to be exchanged with high speed, utilizing low power and low cost. Here lies the motivation for research which needs knowledge of both the systems and requirements engineering.
In her research, Debarati broadly focuses on Wireless and Optical Communication including Interdisciplinary Computing, mostly on 5G and Beyond Communications, AI enabled Wireless, Millimeter Wave and Terahertz Communications, Critical Communications, Large MIMO, Cloud RAN etc. Her research is supported by a variety of Govt. Organizations including MHRD, MeitY, Min. HI&PE, BEL, HAL, DST, DRDO, SERB, Indian Railways and external collaborators like AIRBUS, Samsung, Qualcomm, Ericsson, Rosenberger etc. She has 20 patents to her credit, and published more than 100 papers in Journals and Conferences of repute.
Her research style lies at the juncture of theory and practice. While much of the work tends to be mathematical in terms of tools use, the problems she solves originate from practical engineering considerations. In particular, Debarati is interested in determining the theoretical limitations of systems, and how they guide the architecture of next generation communication systems.
Spectral Efficient Modem Design with OTFS Modulation for Vehicular-IoT System by Reddy S., Priya P. , Sen D. , Singhal C. IEEE Internet of Things Journal 10(3) 2444-2458 (2023)
Energy Efficient Initial Deployment and ML Based Post-Deployment Strategy for UAV Network with Guaranteed QoS by Panda K. G., Wilson A. , Sen D. IEEE Transactions on Aerospace and Electronic Systems 58(6) 5220-5239 (2022)
Design and Performance Analysis of Intra-Vehicle VLC System With Random Receiver Orientation by Kumar M., Sen D. , Mohapatra P. IEEE Transactions on Intelligent Transportation Systems 23(9) 16170-16184 (2022)
Performance Analysis of a Semi Blind Channel Estimator in One-Bit Massive MIMO Systems by Boddupelly S., Mawatwal K. , Sen D. , Chakrabarti S. IEEE Systems Journal 15(1) 1224-1234 (2021)
Maximizing Last-minute Backup in Endangered Time-Varying Inter-Datacenter Networks by Das S., Panda K. G., Sen D. , Arif W. IEEE/ACM Transactions on Networking 29 (6) 2646-2663 (2021)
Performance Analysis of a SAGE based Semi-blind Channel Estimator for Pilot Contaminated MU Massive MIMO Systems by Mawatwal K., Sen D. , Roy R. IEEE Access 8(1) 46682-46700 (2020)
Semi-Blind Data Detection and Non-linear Equalization in Full-duplex TWR-OFDM Systems with High Mobility by Chakrabarti S., Sen D. IEEE Transactions on Wireless Communications 18(12) 6000-6014 (2019)
An Iterative Semi-Blind Channel Estimation scheme and Uplink Spectral Efficiency of Pilot Contaminated One-bit Massive MIMO Systems by Boddupelly S., Mawatwal K. , Sen D. , Chakrabarti S. IEEE Transactions on Vehicular Technology 68(8) 7854-7868 (2019)
Energy Efficient Scheduling for Concurrent Transmission in Millimeter Wave WPANs by Rakesh R. T., Das G. , Sen D. IEEE Transactions on Mobile Computing 17(12) 2789-2803 (2018)
Beamforming for Millimeter Wave Communications: An Inclusive Survey by Kutty S., Sen D. IEEE Communications Surveys and Tutorials 18(2) 949-973 (2016)
Radar target modelling and parameter estimation AIRBUS Defence & Space
Blind Joint Equalization and Detection in Presence of Non-linearity and Synchronization Errors for Millimeter Wave Communications Qualcomm India Pvt. Ltd.
Design and Implementation of Blind Equalization for Multipath Mitigation in Telemetry Link DRDL,Hyderabad
DRoNA: Development and Prototype Implementation of a Distributed Radio Access Network Architecture for Ubiquitous IoT Communication Department of Science and Technology (DST)
Design and Development of Wide-Band Millimeter-Wave Phased Array Antenna With Beam Forming Module (Imprint-2 / Industry Part) Rosenberger Technology (Kunshan) Co. Ltd.
Design and Development of Wide-Band Millimeter-wave Phased Array Antenna with Beam Forming Module (IMPRINT-2) Science and Engineering Research Board (SERB)
Opened & Intelligent Plug-in Hybrid Electric Vehicle (PHEV) Technologies for Smart Indian Cities (UAY_I_IITKGP_019) Ministry of Heavy Industries and Public Enterprises, GoI
National and Subnational Disaster Risk and Resilience Assessment and Roadmap for Telecommunication Sector, India. PricewaterhouseCoopers Pvt. Ltd. (India)
Vinnakota Venu Balaji
Area of Research: 5G Communications
Murala Laxmi Naresh Kumar
Area of Research: Wireless Communication Systems
Kirtan Gopal Panda
Area of Research: Next Generation Wireless Communication Systems
Chandrashekhar Rai
Area of Research: Next Generation Wireless Communication Systems
Ch Santosh Reddy
Area of Research: Next Generation Wireless Communication Systems
Soumyasree Bera
Area of Research: Next Generation Wireless Communication Systems
Thallapalli Soujanya
Area of Research: 5G and Beyond Communication Systems
Mahima Patel
Area of Research: Millimeter Wave Technology
Guntapalli Badaraiah
Area of Research: UAV Communications
Swastik Chakroborty
Area of Research: AI for Wireless Communication Systems
Bharat Dwivedi
Area of Research: Distributed Radio Network
Sudipta Khanra
Area of Research: Internet of Things
Ankana Das
Area of Research: Performance Analysis of CRAN
Aunullah Qaiser
Area of Research: Design and Implementation of Algorithms for Telemetry
