Paper 'Energy-Efficient Maximal Independent Sets in Radio Networks' accepted at DISC 2025; shared Best Paper award of PODC 2025 for 'Improved Byzantine Agreement under an Adaptive Adversary'; four papers accepted to PODC 2025.
Research Experience
Designing energy-efficient maximal independent sets in radio networks; collaborating with Gopal Pandurangan to improve Byzantine agreement; studying message optimality and message-time trade-offs; exploring quantum communication advantages for leader election and agreement, etc.
Background
Lecturer at Lancaster University (UK). Research interests include algorithms (with a focus on graph algorithms) and distributed computing. In distributed computing, two major research directions: the study and design of frugal algorithms and the exploration of quantum advantages in quantum distributed networks.
Miscellany
Particularly interested in quantum distributed computing, green computing (or sustainable computing), secure peer-to-peer networks (with applications to blockchains), swarm robotics, and wireless networks.