ErgoLAB 3.17 Registration Code, Software Dog Surface Electromyography Measurement System Wireless EMG Measurement System.
1. Signal Fusion Design: Sensors can capture multiple physiological electrical signals, including EMG electromyography, ECG electrocardiography, EOG electrooculography, EEG electroencephalography, and 9-axis human posture data.
2. Physiological Signal Auto-Identification Technology: Separating sensor acquisition and processing units with insertion detection capability. Different physiological signals can be collected from the same sensor by attaching distinct acquisition cables. This enables flexible experimental configuration, allowing researchers to easily adapt signal acquisition requirements for various experiments.
3. Precise Clock Synchronization: All sensors undergo unified NTP network time calibration before shipment, ensuring temporal consistency across all data acquisitions and eliminating clock discrepancies between sensors or computers. This enables real-time synchronization with multimodal objective data acquisition devices, facilitating synchronized collection and analysis of multimodal data.
4. ErgoLAB Surface EMG System for Multidimensional Data Synchronization and Analysis: Through the ErgoLAB Human-Environment Synchronization Cloud Platform, electromyography (EMG) data can be synchronously collected and comprehensively analyzed alongside multi-channel physiological data (including skin conductance, pulse, electrocardiogram, respiration, skin temperature, and blood oxygen saturation), as well as multi-dimensional data from eye tracking, electroencephalography (EEG), brain imaging, behavioral studies, posture analysis, interactive behaviors, simulators, and physical envi
