This scientific webinar session explores how BIOPAC’s multimodal data acquisition ecosystem enables centralized, real-time synchronization across complex research environments using a single, scalable platform.
Multimodal Integration Across Research Domains
BIOPAC systems support synchronized acquisition and control across:
- Physiological signals: ECG, EMG, EDA (GSR), respiration, temperature, and related biosignals
- Neuroimaging modalities: EEG, fNIRS, and MRI-compatible recording systems
- Eye tracking systems
- Behavioral markers and subject responses
- Stimulus delivery and experimental control: visual, auditory, haptic, electrical, thermal, olfactory, and VR-based paradigms
At the core of this ecosystem is AcqKnowledge, BIOPAC’s unified data acquisition and analysis software, providing centralized configuration, real-time monitoring, synchronized triggering, and streamlined workflow management. This architecture reduces setup complexity while increasing data integrity, reproducibility, and technician confidence.
Key Scientific Learning Objectives
Participants will gain insight into:
- Real-time centralized synchronization of physiological, imaging, behavioral, and stimulus data streams
- Workflow optimization using the AcqKnowledge unified interface
- Hardware architectures including MP200 systems, BioNomadix wireless modules, and MRI-compatible platforms for multimodal research environments
- Real-time data streaming via Network Data Transfer (NDT) and Lab Streaming Layer (LSL) for closed-loop and adaptive experimental designs
- Scalable configurations for single-subject, multi-subject, hyperscanning, and team-based research paradigms
This session is ideal for researchers designing complex experimental protocols in neuroscience, psychophysiology, cognitive science, biomedical engineering, and multimodal human research.
