Resume
Academic Achievements
- Paper: 'Statistically Robust Sparse High-order Interaction Model', The 8th Workshop on Tractable Probabilistic Modeling, UAI 2025
- Patent: Method and system for implementation of an interactive television application, US Patent 9,185,462
- Patent: Method and system for automatic tagging in television using crowd sourcing technique, US Patent 14/125,011
- Patent: Identification of people using multiple skeleton recording devices, US Patent 9,208,376
- Patent: System and method for evaluating a cognitive load on a user corresponding to a stimulus, US Patent 10,827,981
- Patent: Selection of electroencephalography (eeg) channels valid for determining cognitive load of a subject, US Patent 10,499,823
- Corporate Award: Twice awarded at TATA Consultancy Services Ltd. - one for the outstanding paper award by the CTO and the other for significant contribution towards intellectual property creation by the Corporate IPR group
- Research Funding: Partially funded by the JSPS KAKENHI Young Scientist Research Grant for FY2023-2025
Background
- Research focuses on statistical machine learning and its application in high-stakes decision-making problems. PhD thesis concentrated on interpretable machine learning models for medical data.
Miscellany
- Extensive industry experience gained while working at TATA Consultancy Services Ltd. and actively involved in mentoring and guiding research projects of both master and graduate students.