OUR RESEARCH

Leveraging technology to understand human gait and balance control as well as improve quality of life in people with movement disorders.

PUBLICATIONS

——————— 2026 ———————

Overground to omnidirectional: Spatiotemporal and muscle activation pattern adaptations across walking modalities, virtual reality, and pace constraints

——————— 2025 ———————

Knee kinetics and kinematics of experienced skiers with and without ACL reconstruction performing landings in walking boots

——————— 2024 ———————

Holographic Hintways: A systems feasibility and usability study of augmented reality cueing for gait adaptation

——————— 2023 ———————

A multi-university examination of undergraduate research in the field of biomechanics

Older people trip, some fall--A program to decrease seniors' fall risk

Virtual reality for action observation does not enhance motor learning of a complex weightlifting task

Altered Spatiotemporal Gaze Dynamics during Unexpected Obstacle Negotiation in a Fatigued State

———————2022 ———————

Keep it brief: Videoconferencing frequency and duration as predictors of visual and body fatigue

Gait Adaptations to Physical Fatigue during the Negotiation of Variable and Unexpected Obstacles

——————— 2020 ———————

The Trade-off of Virtual Reality Training for Dart Throwing: A Facilitation of Perceptual-Motor Learning with a Detriment to Performance

——————— 2018 ———————

Coordinative Structuring of Gait Kinematics during Adaptation to Variable and Asymmetric Split-Belt Treadmill Walking – A Principal Component Analysis Approach

——————— 2017 ———————

Contextual Interference during Adaptation to Asymmetric Split-Belt Treadmill Walking Results in Transfer of Unique Gait Mechanics

The Effects of Variable Practice on Locomotor Adaptation to a Novel Asymmetric Gait

——————— 2016 ———————

A Method for Automated Control of Belt Velocity Changes with an Instrumented Treadmill

Novel Kinetic Strategies Adopted in Asymmetric Split-Belt Treadmill Walking

——————— 2013 ———————

Effects of Acute Exercise on Appetite Hormones and Ad Libitum Energy Intake in Men and Women