AITC Directory

Founder of Walk with Path, designing assistive technologies to enhance balance and mobility.

An AI sound-recognition solution that converts emergency sounds into visual, tactile, and mobile alerts for older adults with hearing loss.

A project developing an interpretable multimode sensing and AI system for real-time chronic pain assessment in older adults with ADRD.

A project to develop an interpretable ML/AI “biological age” metric from multiscale biomarkers to support healthy aging decisions.

A deep learning tool that derives biological age from abdominal MRI–based muscle and fat composition to identify frailty risk.

A Johns Hopkins study using machine learning and mobile cognitive testing to predict post-COVID-19 cognitive decline and Alzheimer’s disease risk in older adults.

Johns Hopkins expert in vestibular and balance rehabilitation for older adults.

An AI-assisted brainwave regulation concept aimed at cognition and well-being in older adults.

This project develops video-based pose estimation tools to automate neurologic motor assessments for individuals with stroke and Parkinson’s disease.

An AI-based mitochondria aging clock using long-read sequencing and multiomics to identify frailty biomarkers.

A feasibility study of NSite’s AI-enabled “The Scoliosis Solution” for adults aged 60+ to assess acceptance and use.

A project using wearable devices to compare real-world and in-person gait assessments in older adults.

A study comparing clinic versus at-home gait measures in at-fall-risk older adults using wearable sensors and machine learning.

A pilot comparing clinic vs. at-home gait measures in at-fall-risk older adults using a compact real-time foot-tracking wearable (RT-BLE-001).

CEO of CareYaya using AI to scale caregiver and elder support technologies.

An approach using EEG-based dynamic network models and AI to help detect and differentiate ADRDs, including distinguishing FTD from AD.

An explainable MRI-based foundation model using coVariance neural networks to derive transparent biomarkers of brain atrophy and progression in AD/ADRD.

Wearable tech engineer using sensor analytics to support health monitoring and rehabilitation.

An AI-powered point-of-care ultrasound system intended to help non-expert providers detect heart disease earlier in older adults.