Abstract The Microsoft Kinect V2 for Windows™, also known as the Xbox One Kinect,
includes new and potentially far improved depth and image sensors which may increase its …

Clinically feasible methods of assessing postural control such as timed standing balance
and functional reach tests provide important information, however, they cannot accurately …

Background and objective Equipments generally used for entertainment, such as Microsoft
Kinect, have been widely used for postural control as well. Such systems—compared to …

Microsoft Kinect uses a built-in RGB-D sensor and the skeleton tracking algorithm to capture
3-D movements of the human body. It also has the potential for assessing postural stability …

Reduction in balance is an indicator of fall risk, and therefore, an accurate and cost-effective
balance assessment tool is essential for prescribing effective postural control strategies. This …

The risk of falling increases significantly in the elderly because of deterioration of the neural
musculature regulatory mechanisms. Several studies have investigated methods of …

The recent availability of the Kinect™ sensor, a cost-effective markerless motion capture
system (MLS), offers interesting possibilities in clinical functional analysis and rehabilitation …

Abstract The revised Xbox One Kinect, also known as the Microsoft Kinect V2 for Windows,
includes enhanced hardware which may improve its utility as a gait assessment tool. This …

Quantitative assessment of motor function is increasingly applied in fall risk stratification,
diagnosis, and disease monitoring of neuro-geriatric disorders of balance and gait. Its broad …

Assessments using dynamic postural control tests, like the Star Excursion Balance Test
(SEBT), in combination with three-dimensional (3D) motion analysis can yield critical …