IEEE

Assessment of Gait Pattern Changes in Lower Limb Amputees Using Inertial Sensor Signals: An Alternative to Gait Parameter Measurement

Abstract: Effective gait monitoring and rehabilitation are essential for improving the quality of life in individuals with disabilities. Inertial sensors have the potential to enable long-term gait ...
The Robot Report

Wandercraft earns second FDA clearance for Atalante X exoskeleton

This clearance comes just a few short months after Wandercraft received expanded CE Mark certification for enhanced clinical ...
AOL

Take a look at this robotic exoskeleton that’s helping seniors move

Robotic exoskeletons for seniors consist of wearable mechanical devices strapped around the hips, legs, or waist that provide external support or motorized assistance to enhance movement. Unlike heavy ...

Wandercraft Gains Second FDA Indication Extension for Atalante X in Less Than Two Years, Extending Advanced Robotic Rehabilitation for More Patients with Severe Mobility Loss

The extension of indication authorizes use in individuals with spinal cord injury (SCI) from levels C4 to L5 and in those with multiple sclerosis (MS), broadening access to upright, hands-free gait ...
IEEE

Gait Symmetry Analysis With FMCW MIMO Radar

Abstract: Monitoring gait symmetry reliably is crucial, as it is an early indicator of Parkinson’s disease (PD). In this work, a method is presented to analyze gait asymmetries using a 24-GHz ...
Frontiers

Editorial: Exoskeleton gait training

Powered lower-limb exoskeletons increasingly show promise for restoring mobility, inducing neuromuscular plasticity, and enriching quality of life in neurological populations [e.g., stroke, spinal ...