Interactive electromyography signal visualization using mouse or touch input
Electromyography (EMG) is a crucial technique used to measure and evaluate the electrical activity of muscles. It is widely used in medical diagnostics, rehabilitation, biomechanics research, and ergonomics. By studying EMG signals, professionals can assess muscle health, diagnose neuromuscular disorders, and understand motor control in various activities.
The EMG Signal Simulator provides a hands-on approach to visualizing muscle activation patterns, enabling users to explore how different inputs affect EMG waveforms. This tool is perfect for students, healthcare professionals, and researchers aiming to deepen their understanding of muscle dynamics.
Key features include real-time waveform visualization and metrics tracking:
• Use the slider
to mimic sustained muscle contractions, replicating scenarios like holding a weight.
•
Interact using a mouse or touch gestures to simulate dynamic muscle movements.
Works with any device that has a mouse, touchscreen, or trackpad - no specialized equipment needed.
Instant visualization of EMG signals with key metrics (Peak, Mean, RMS) updating in real-time.
Perfect for understanding EMG principles, signal characteristics, and muscle activation patterns.
Free alternative to expensive EMG equipment for basic understanding and demonstration purposes.
• Integration with device cameras for motion tracking.
• Support for 3D touch and
pressure sensitivity.
• Multi-channel simulation for complex movement patterns.
• Frequency spectrum analysis.
• Pattern recognition for gesture classification.
•
Custom signal processing filters.
• Session recording and playback.
• Data export for external analysis.
• Cloud
storage for sharing and comparison.