Integration plays a crucial role for a variety of applications across movement sciences, engineering, and neurophysiology. Trigno Centro provides new streamlined pathways for combining data across multiple devices or for creating customizable interfaces for the control of external systems.
These options will shape the future of novel research, innovative data visualizations, and advanced control paradigms.
One of the most popular integrations for EMG is Motion Capture. The addition of EMG to kinematic analysis allows for biomechanical assessments of how people move and how muscle activity contributes to coordination and neuromuscular control.
By combining EMG and motion capture, it enables:
01
The identification of movement patterns
EMG can measure muscle activation patterns during movement, providing insights into which muscles are active at specific points in a motion capture sequence. This helps in understanding the biomechanics of movement.
02
Performance optimization
This synergy helps athletes refine their techniques, optimize efficiency, prevent injuries, and enhance performance, providing valuable feedback for training and competitive settings.
03
Enhanced rehabilitation
Combining EMG with motion capture allows clinicians to assess the effectiveness of rehabilitation exercises. By analyzing both muscle activity and movement quality, therapists can tailor programs to improve patient outcomes and help inform return-to-play programs.
04
Intuitive prosthetic limb control
EMG detects muscle signals to initiate movement via pattern recognition algorithms and intent detection, while motion capture verifies limb motion accuracy, enabling real-time adaptive control for intuitive prosthetic operation.
For more information on the different pathways supported by Trigno Centro, reach out to contact@delsyseurope.com and sign up for our newsletter for the latest software tools and product updates.
