ErgoLAB EEG fNIRS Multimodal Brain Function Analyzer

ErgoLAB EEG fNIRS Multimodal Brain Function AnalyzerInnovatively integrating electroencephalography (EEG) and near-infrared (fNIRS) technologies, achieving precise coordinated arrangement of electrodes and photo electrode arrays through an integrated cap design; Equipped with a high-precision synchronous clock source internally, it generates a unified temporal reference to ensure millisecond level timestamp alignment of EEG and fNIRS data. It can synchronously capture neurophysiological activity and changes in cerebral hemodynamics, providing a spatiotemporal complementary multidimensional observation solution for complex brain function research. It can provide stable data support for both natural movements and complex tasks, and has good application prospects in cognitive neuroscience research and brain computer interfaces.

Specially designed for group neuroscience research, it accurately captures real-time EEG signals from multiple individuals, deeply analyzes brain synchronization mechanisms in scenarios such as social interaction, team collaboration, and teaching synchronization, and unlocks new dimensions of brain interaction. Provide a new tool for multi brain collaborative research in fields such as psychology, education, and management science, delve into the neural mysteries of interpersonal collaboration, help optimize interaction strategies, improve collaboration efficiency, and provide a new perspective and solution for studying brain interaction mechanisms.

Intelligent analysis and personalized feedback of EEG data are realized by deploying lightweight models on intelligent edge computing terminals. The system supports local self training and real-time prediction capabilities, quickly outputting analysis results and providing feedback and intervention. This innovative technology not only improves the efficiency of EEG data processing, but also provides strong technical support for scenarios such as human-computer interaction, neural feedback, and real-time monitoring of personnel status. Widely used in medical diagnosis, military training and other fields, promoting intelligent and precise decision-making and efficient intervention.

Adopting advanced clock synchronization technology to achieve precise synchronous measurement of multimodal signals and EEG signals. By integrating physiological signals such as heart rate, skin conductance, and respiration, the system can supplement and analyze data from multiple dimensions, intuitively reflecting the activity of the sympathetic and parasympathetic nervous systems, thereby more accurately revealing individual emotional changes and other physiological states. This multimodal data fusion provides richer information for a comprehensive assessment of an individual's physiological and psychological state.

We have deeply integrated highly immersive VR environments with millisecond level EEG acquisition technology to create a neural activity research platform in virtual reality scenes. Constructing immersive virtual scenes through VR helmets to provide users with a multi sensory interactive experience, including visual and auditory senses. At the same time, the real-time EEG data synchronization function equipped in the system can accurately reflect the user's brain activity status in the virtual scene. This innovative monitoring method provides a new solution for the study of neural mechanisms in fields such as military simulation training, clinical rehabilitation assessment, and architectural spatial cognition, helping researchers to deeply analyze the brain response mechanisms in complex virtual environments and promoting cutting-edge research in neuroscience and applications.

Having comprehensive domestic software and hardware solutions, from chips to systems, independently controllable, free from external technological dependence, and ensuring data security and confidentiality in all aspects. Deeply adapted to the Kirin operating system, ensuring stable and efficient operation on the Kirin system, providing a secure and reliable platform support for scientific research innovation and industry applications.

The ErgoLAB human-machine environment synchronization cloud platform supports the synchronous collection and comprehensive analysis of multi-dimensional data from humans, machines, and environments, including eye tracking, physiological measurements, biomechanics, electroencephalography, brain imaging, behavior, human-computer interaction, action posture, facial expressions, subjective evaluation, spatiotemporal behavior, simulators, physical environments, etc., providing complete data indicators for scientific research and applications. The platform can complete a complete experimental and evaluation process, including project management - experimental design - synchronous collection - signal processing - data analysis - human factors intelligence evaluation - visual reporting, supporting group testing based on cloud architecture technology and big data cloud management.