Marker-less Movement Disorder Monitoring Software ID: 2014-059

An innovative software suite for the non-invasive tracking of movement disorders using depth-perception cameras.

Technology Overview

This technology leverages depth-perceiving cameras to accurately monitor and analyze movement disorders such as tremors without the need for physical markers on the patient. Developed by Brigham Young University, it utilizes advanced algorithms to process data from devices like Microsoft Kinect and Leap Motion, creating detailed profiles of a patient's movement patterns. These profiles are securely accessible online, facilitating remote monitoring and analysis by healthcare professionals.

Key Advantages

• Non-invasive and marker-less tracking of movement disorders
• Cost-effective alternative to current monitoring systems
• Objective and comprehensive data collection over time
• Easy access to patient movement profiles through secure online platforms
• Compatible with readily available devices such as Microsoft Kinect and Leap Motion

Problems Addressed

• High cost and complexity of existing movement disorder monitoring systems
• Lack of objective, comprehensive data for tracking disorder progression
• The need for invasive or cumbersome marker-based systems
• Difficulties in remotely monitoring and analyzing patient conditions

Market Applications

• Remote patient monitoring solutions for healthcare providers
• Tools for clinicians and researchers studying movement disorders
• Assistive technology for caregivers managing patients with movement disorders
• Integration into telehealth platforms for comprehensive patient care

Additional Information

Technology ID: 2014-059
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Date Published: 06 May, 2025