I am currently a computer science post-doctoral research fellow at Harvard University, under the supervision of Prof. Finale Doshi-Velez. We are actively exploring applications of machine learning to clinical medicine, especially combination therapies for mental health disorders and interventions in the Intensive Care Unit (ICU).
I completed my Ph.D. in computer science at Brown University in May 2016, advised by Prof. Erik Sudderth. For my thesis project, I studied large-scale unsupervised clustering problems like organizing every New York Times article from the last 20 years or automatically annotating videos of human activities. My technical focus was on developing optimization algorithms for a broad family of Bayesian nonparametric models that include mixtures, topic models, sequential models, and relational models. My collaborators and I have released an open-source Python package called BNPy. Please try it out!
[Mar 2017] Presented paper on ICU intervention prediction at AMIA CRI '17
Nominated for Clinical Informatics Research Award (1 of 7 nominees)
[Feb 2017] Invited talk on BNPy at Boston Bayesians meetup
[Dec 2016] BNPy software tutorial at NIPS 2016 workshop
New: BNPy project website with example gallery
[Dec 2016] Posters at NIPS 2016 Workshops
[Sep 2016] Workshop at NIPS '16: Practical Bayesian Nonparametrics
Please consider submitting to our workshop: https://sites.google.com/site/nipsbnp2016/
[Aug 2016] Started post-doc at Harvard
You can now find me at my new office in Maxwell-Dworkin (MD 209).
[May 2016] Successful Ph.D. defense!
Many thanks to family and friends who supported me along the way.
[Jan 2016] Invited talks on my thesis.
I visited several research groups at Northeastern, U. Washington, and MIT to discuss results from my thesis work trying to make effective variational inference for clustering that scales to millions of examples. [slides PDF] [slides PPTX]
[Dec 2015] Invited talk at NIPS 2015 workshop.
I gave an invited talk at the Bayesian Nonparametrics: The Next Generation workshop about my thesis work building effective variational inference for models based on the Dirichlet process and its hierarchical variants. [slides PDF]
[Sept 2015] Paper accepted at NIPS 2015.
Our paper [PDF] describes a new algorithm for Bayesian nonparametric hidden Markov models that can handle hundreds of sequences and add or remove hidden states during a single training run.
[May 2015] Paper accepted at AISTATS 2015.
Our paper [PDF] describes a new algorithm for topic models that can effectively remove redundant or junk topics during a single training run.