2021
DOI: 10.1007/978-3-030-87495-7_9
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Telerehabilitation Prototype for Postural Disorder Monitoring in Parkinson Disease

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(1 citation statement)
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“…Compared to other open-sourced 3D pose estimation libraries, such as OpenPose [19,25], BlazePose is computationally lightweight and can be deployed across various platforms, such as in a web browser as a JavaScript application. As a result of its versatility, BlazePose and other video-based pose estimation libraries have been used by researchers to develop different applications, including in the context of sports for movement abnormality detection [26], gait assessment [27], hypermobility assessment [28], yoga training [29], postural disorder monitoring for Parkinson's patients, [30] and spinal dysfunction risk estimation [31]. However, studies that explicitly examine the effectiveness of applying opensourced 3D pose-estimation library for range of motion evaluation remain scarce [32].…”
Section: Introductionmentioning
confidence: 99%
“…Compared to other open-sourced 3D pose estimation libraries, such as OpenPose [19,25], BlazePose is computationally lightweight and can be deployed across various platforms, such as in a web browser as a JavaScript application. As a result of its versatility, BlazePose and other video-based pose estimation libraries have been used by researchers to develop different applications, including in the context of sports for movement abnormality detection [26], gait assessment [27], hypermobility assessment [28], yoga training [29], postural disorder monitoring for Parkinson's patients, [30] and spinal dysfunction risk estimation [31]. However, studies that explicitly examine the effectiveness of applying opensourced 3D pose-estimation library for range of motion evaluation remain scarce [32].…”
Section: Introductionmentioning
confidence: 99%