Publications & Patents

Author and co-author on peer-reviewed publications in npj Digital Medicine and PubMed-indexed journals, with a focus on multimodal machine learning for clinical applications.

Recent Publications

Multimodal machine learning for video based single question mental health assessment

Authors: B Grimm, P Yilmam, B Talbot, L Larsen
Journal: npj Digital Medicine, 2025

Machine learning approach for mental health assessment using video-based single question responses, combining multimodal signals for clinical screening.

Detecting Tardive Dyskinesia Using Video-Based Artificial Intelligence

Authors: AA Sterns, JW Hughes, B Grimm, L Larsen, F Ma, R Ranjan, C MacMillan, et al.
Journal: The Journal of Clinical Psychiatry 86 (3), 25m15792, 2025

Development and validation of a production AI system for screening tardive dyskinesia from clinician-labeled video data.

PHQ-V/GAD-V: Assessments to identify signals of depression and anxiety from patient video responses

Authors: B Grimm, B Talbot, L Larsen
Journal: Applied Sciences 12 (18), 9150, 2022

Video-based assessment tools for detecting depression and anxiety signals from patient responses using multimodal machine learning.

Remote monitoring and AI for detecting tardive dyskinesia and improving patient outcomes

Authors: A Sterns, L Larsen, B Grimm, OS Muir
Journal: Gerontechnology 21, 2022

Remote monitoring systems using artificial intelligence for movement disorder detection and patient outcome improvement.

Patents

Machine learning classification of video for determination of movement disorder symptoms

Inventors: BC Grimm, LD Larsen, AA Sterns
Patent: US Patent App. 18/367,389, 2024

System and method for using machine learning to classify video data for automated detection and assessment of movement disorder symptoms.

Methods, devices, and systems for remotely controlling a communication device

Inventors: Scot L. Brooksby, Trevor Wagner, Tara Ault, Bradley Grimm, Jennifer Harris
Patent Number: US 9578585
Date: February 21, 2017
Assignee: Sorenson Communications, Inc.

Systems and methods for controlling communication systems for the hearing impaired. The invention includes a portable communication device that connects to and controls multiple communication devices, with a user interface that enables transferring calls between devices.

Research Contributions

Contributed to NIH-funded research in movement disorder assessment and digital health applications. Lead and mentor data science and labeling teams, setting validation standards, safety checks, and quality gates across deployed systems.