Abstract Background Inertial measurement units (IMUs) offer the ability to measure walking
gait through a variety of biomechanical outcomes (eg, spatiotemporal, kinematics, other) …

The use of wearable sensors for the collection of lower extremity biomechanical data is
increasing in popularity, in part due to the ease of collecting data and the ability to capture …

Objectives Wearable motion sensors are used with increasing frequency in the evaluation of
gait, function and physical activity within orthopaedics and sports medicine. The integration …

(Background) Inertial Measurement Units (IMUs) provide a low-cost, portable solution to
obtain functional measures similar to those captured with three-dimensional gait analysis …

In clinical practice, only a few reliable measurement instruments are available for monitoring
knee joint rehabilitation. Advances to replace motion capturing with sensor data …

Background Objective assessment of gait using inertial sensors has shown promising
results for functional evaluations in individuals with knee osteoarthritis (OA). However, the …

Smart wearables are a promising tool for the objective and quantifiable monitoring of
patients' capabilities during remote at-home assessments. A novel platform for the remote …

Differences in gait with age or knee osteoarthritis have been demonstrated in laboratory
studies using optical motion capture (MoCap). While MoCap is accurate and reliable, it is …

Critical to digital medicine is the promise of improved patient monitoring to allow assessment
and personalized intervention to occur in real-time. Wearable sensor-enabled observation of …

Inertial measurement units (IMUs) offer an attractive way to study human lower-limb
kinematics without traditional laboratory constraints. We present an error-state Kalman filter …