My research is in machine learning/data mining and natural language processing, with an emphasis on applications in health informatics.
For example, one of my major ongoing research aims concerns optimizing the processes of evidence-based medicine using novel natural language processing and machine learning methods. The aim is to reduce the (human) workload involved in conducting systematic reviews (i.e., making sense of the biomedical literature), so that we can realize the aim of evidence-based care in an era of information overload. An ongoing project in this direction is RobotReviewer. Here is an article written for a general audience about some of this work. I have also talked about this project at length on the NLP Highlights podcast, available here.
More broadly, I am interested in core machine learning and natural language processing issues: e.g., structured and unstructured classiﬁcation techniques; neural models; semi-supervised learning methods; learning from imbalanced data; and learning from alternative forms of supervision. I tend to be most excited by interdisciplinary research that motivates technical questions by way of interesting applications.
Silvio Amir, Glen Coppersmith, Paula Carvalho, Mário J. Silva and Byron C. Wallace. Quantifying Mental Health from Social Media with Neural User Embeddings Machine Learning in Health Care (MLHC); 2017.
An Thanh Nguyen, Matthew Lease and Byron C. Wallace. Explainable Modeling of Annotations in Crowdsourcing ACM Intelligent User Interfaces (IUI) ; 2019.
Eric Lehman, Jay DeYoung, Regina Barzilay, and Byron C. Wallace. Inferring Which Medical Treatments Work from Reports of Clinical Trials North American Chapter of the Association for Computational Linguistics (NAACL); 2019.
06/24/2019 NSF Grant
The NSF has awarded Jan-Willem van de Meent and I a grant to study disentangled representations for text!
05/20/2019 Early career spotlight @ IJCAI
I'll be giving an "early career spotlight" talk at IJCAI in August.
07/12/2018 ARO grant
The Army Research Office (ARO) has has selected my proposal, "Neural Models for Text: Improving Efficiency, Interpretability and Accuracy" for funding.
07/02/2018 "Top Reviewer" @ ACL '18
I was recognized as a top reviewer for ACL 2018.