In the past, I have worked on developing novel synchronization protocols for distributed storage systems, investigating new protocols for interdomain packet routing, and exploring new architectures for future Internet.
Minuet investigates the problem of concurrency control in shared-disk parallel applications. I conceived and led the development of a novel synchronization primitive that lifts the safety and liveness limitations associated with the traditional approaches based on conservative distributed locking.
I have co-invented Free Riding Multicast (FRM) -- a new routing protocol for interdomain network-level multicast that achieves scalability and reliability, while requiring only several incremental extensions to the existing unicast routing infrastructure. I have led the research into Anomaly-Cognizant Forwarding (ACF) -- an extension to the Border Gateway Protocol that seeks to eliminate transient route fluctuations, "black holes", and other undesirable routing anomalies. I was also one of the original designers of the Data-Oriented Network Architecture (DONA) -- a clean-slate redesign of Internet naming and name resolution.
I received my undergraduate degree in Computer Science from Princeton University in 2002.
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Reviewer for the following conferences:
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