I am a computer science PhD student at MIT, supported by a Jacobs Presidential fellowship.
Before I came to MIT, I was an undergraduate at Cornell University. During my time there, I explored the implications of resource disaggregation in the cloud, investigated the effects of low precision arithmetic and variance reduction on the performance and hardware efficiency of stochastic gradient descent (SGD), and led a team of 50+ engineers in designing and building a fully-functional prototype of a Hyperloop pod.
I’ve had the opportunity to do many wonderful summer internships, including spending a summer at UC Berkeley’s RISELab, where I worked on Ray, a distributed execution engine for machine learning, and another working on computer vision problems at a 3D bioprinting startup, Allevi.
I also spent a fantastic six months at Microsoft Research in Cambridge, U.K, where I was a part of the Cloud Infrastructure team. I worked as a networking intern on Project Sirius, and as a deep learning intern on Project Silica.
Alongside my research, I’m working with the MIT Digital Currency Initiative and Fidelity Labs on building fairer marketplaces using decentralization (with the long term goal of remedying the US’s very fragmented equities market).
Towards Multiverse Databases
Alana Marzoev, Lara Timbó Araújo, Malte Schwarzkopf, Samyukta Yagati, Eddie Kohler, Robert Morris, M. Frans Kaashoek, Sam Madden
To appear at HotOS 2019
High Accuracy SGD Using Low-Precision Arithmetic and Variance Reduction (for Linear Models)
Alana Marzoev, Christopher De Sa
In my free time, I like to read (primarily non-fiction, but I’ve been trying to broaden my horizons), go for long runs around the Charles, and go to Barry’s Bootcamp. As of 2019, I started using GoodReads – check out what I’ve been reading!