Gait analysis has traditionally relied on laborious and lab-based methods. Data from
wearable sensors, such as Inertial Measurement Units (IMU), can be analyzed with machine …

Background: Gait is often impaired in people after stroke, restricting personal independence
and affecting quality of life. During stroke rehabilitation, walking capacity is conventionally …

Background Stroke is a leading cause of serious gait impairments and restoring walking
ability is a major goal of physical therapy interventions. Soft robotic exosuits are portable …

Human motion is often tracked using three-dimensional video motion tracking systems,
which have demonstrated high levels of validity. More recently, inertial measurement units …

The objective of this project is to produce a review of available and validated technologies
suitable for gathering biomechanical and functional research data in patients with …

Typical clinical gait outcomes mostly focus on function; only sparse information exists on gait
quality, ie symmetry or more natural gait patterns. It remains unclear whether functional gait …

Objective. Commercial wearable sensor systems are a promising alternative to costly
laboratory equipment for clinical gait evaluation, but their accuracy for individuals with gait …

Wearable sensors allow for the objective analysis of gait and motion both in and outside the
clinical setting. However, it remains a challenge to apply such systems to highly diverse …

Background While therapy is an important part of the recovery process, there is a lack of
quantitative data detailing the “dosage” of therapy received due to the limitations on …

Animal telemetry has been recognized as a core platform for exploring animal species due
to future opportunities in terms of its contribution toward marine fisheries and living …