Projects
Currently I am interested in multipath networking using paths with very different properties for interactive applications like cloud gaming and XR. These paths can exist in many forms-slicing in 5G NR, WTSN in Wi-Fi and different routes in WANs-and trade off some subset of throughput, reliability and latency for the rest of them.
I have also worked on building trust-free, decentralized cellular networks. Before graduate school, I was a part of the Indigenous 5G Testbed team at IIT Madras.
Some of my older undergraduate work can be found here.
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Low-latency Networking
Work focusing on low-latency networking for interactive applications
Decentralized Wireless
Work focusing on decentralizing the wireless stack.
Channel Estimation Using PDSCH DMRS
Work to generate multi-port, multi-symbol downlink DMRS and receive the same in the presence of a TDL channel
Receiver design and implementation for the Indigenous 5G Testbed
Simulation of 5G NR Receiver
Half-duplex system design using USRP N321
Summary This work develops a half duplex system operating at 122.88 MSPS and transmitting data generated according to 5G NR standards using a Universal Software Radio Peripheral (USRP). A half duplex system can both transmit and receive but can not do both simultaneously.
5G Testbed
Multiple projects done at the Indigenous 5G Testbed at IIT Madras.
8 Bit Microprocessor
Simulation of an 8 bit microprocessor using Verilog.
Music Mood Annotation
Creation of a dataset and implementation of deep learning techniques for automatic music emotion recognition.
Source Separation
A study of NMF and its use in audio source separation.
Laser beam position tracking for LIGO
Deep learning for laser beam position tracking for LIGO interferometers.
Evolve 2019
Head, Team Spotlight, Team Evolve, Shaastra 2018
Evolve 2018
Coordinator, Team Spotlight, Team Evolve, Shaastra 2018
CoEdu India
Student Mentor, CoEdu India, 2020
Inter IIT Sports meet Organizing Team
Coordinator, Hospitality Team, Inter IIT Organizing Team