Ph.D., Computer Science & Engineering
Research in AI/signal processing for sleep and respiratory health.
Ph.D. Research Scholar, Computer Science & Engineering
Indian Institute of Technology GuwahatiAI for Sleep & Respiratory Health
Full-night respiratory event localisation • Multimodal sleep-apnea modelling • Home-oriented OSA screening
Researcher working at the intersection of speech/audio AI, biomedical signals and sleep health, with a focus on clinically useful and accessible screening systems.
My research explores how acoustic and physiological signals can be transformed into useful representations for sleep-disordered breathing analysis, respiratory-event modelling and low-cost screening.
Explore the main research themes, modalities and model families.
Research in AI/signal processing for sleep and respiratory health.
CGPA: 8.26/10
77.50%
The complete historical publication record is preserved on the Publications page.
Each project explains the problem, signals, model pipeline and practical impact.
A research pipeline that combines respiratory acoustics and physiological dynamics for OSA screening.
Full-night acoustic representation learning for localising apnea–hypopnea events and estimating burden.
Research on respiratory acoustics, multimodal biomedical signals and machine learning for sleep health.
Patent data analysis, Python automation, ML-assisted categorisation and database querying.
Recent multimodal sleep-apnea work accepted for IEEE HealthCom 2026.
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