[Integrated gait analysis for future routine clinical use]

Area of Science:

• Biomechanics
• Human Movement Analysis

Context:

• Clinical gait analysis systems face challenges in routine application due to practicability and software limitations.
• Objective description of human movement requires advanced kinematic and kinetic measurements.

Purpose:

• To develop an integrated gait analysis system addressing clinical practicability and data assessment issues.
• To enhance the objective measurement of human movement using integrated Kistler platforms and novel software.

Summary:

• The study details the integration of two Kistler platforms beneath a treadmill to capture 3D ground reaction force data.
• A new software kit is developed for statistical preprocessing of raw data, noise reduction (e.g., friction), and reconstruction of 3D ground reaction forces.
• The software aims to enable detailed analysis with artificial intelligence and serve as a standalone unit for preliminary gait pattern assessment.

Impact:

• Improves the feasibility of advanced gait analysis in clinical settings.
• Facilitates more objective and accurate assessment of human movement and gait patterns.
• Paves the way for AI-driven analysis of gait data, enhancing diagnostic capabilities.