UCL Brain Function Super Scan System in the UK

NegotiableUpdate on 01/18

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Overview

UCL University in the UK has launched the latest generation of wireless portable product fNIRS Hperscanning brain functional imaging ultra scanning system based on 30 years of near-infrared research experience; UCL Brain Function Super Scan System in the UK

Product Details

1productOverview

UCL University in the UK has launched the latest generation of wireless portable fNIRS Hperscanning brain functional imaging ultra scanning system based on 30 years of near-infrared research experience. It supports both wired and wireless operation modes and uses high-density near-infrared technology, with a maximum of 1728 channels per person. The ergonomic hexagonal sensor design allows for multiple distance light sources detectors across sensors to form measurement channels (10-50mm), providing continuous and uniform brain coverage. The system provides an average cortical sensitivity that is 100 times higher than traditional fNIRS. The new design concept has many highlights: wireless wearability, true whole brain measurement, and wider applicability in various environments. LUMO is directly applicable to all research directions and subject populations, with simpler and faster setup and more comfortable wearing.

The device adopts a brand new design, with a large number of channels (up to 36 light sources per device), and is compatible with all previous accessories. Additionally, it directly supports the use of short channel technology, resulting in more accurate data collection. Adopting wireless design can be used in more scenarios and environments, fully assisting your research projects.

Hyperscanning, also known as multi person synchronized brain scanning, is highly suitable for exploring the neural interaction mechanisms of multisensory systems. The purpose of hyperscanning is to provide synchronized recordings of brain activity of two or more subjects interacting in specific driving or cognitive tasks, thereby revealing the brain brain mechanisms of social interaction. Functional Near Infrared Spectroscopy (fNIRS) ultra scanning technology is convenient to operate, not limited by space, and not affected by eye movement activities, so it is often used for data collection in environments with high ecological validity. FNIRS ultra scanning technology provides a more realistic experimental environment than fMRI ultra scanning technology to improve ecological validity and better spatial resolution than EEG ultra scanning technology, and is becoming an important research tool in cognitive and human behavior research.

IIproductfeature

The core advantage of the UCL Brain Functional Imaging Super Scan System in the UK is the high-density sampling formed by the tile sensor design. The design of tile sensors allows for data collection between sensors, making the sampling area more dense and uniform, greatly increasing the measurement range of the brain and avoiding the possibility of missing a certain cerebral cortex. LUMO provides multiple short distance channels for each light source and detector, which can be used to detect, separate, and remove interference from scalp signals. By combining tile sensors with specially designed LUMOCAP caps, users can quickly create high-density fNIRS arrays, achieving 3D brain functional imaging comparable to fMRI resolution.

●The dual person ultra scanning mode supports 18 light sources and 24 detectors, with an optional 36 light sources and 48 detectors;

●Up to 48-1728 channels of data can be obtained simultaneously;

●Data collection mode: Supports wired and wireless data collection;

●Compatible with stimulus presentation software such as ErgoLAB, E-prime, superlab, Presentation, etc;

●Support synchronous collection and analysis of multimodal human-machine environment data, such as EEG, physiological, and eye movement data streams for synchronous use;

●Support fNIRS hyperscanning hyperscan testing;

●Support real-time data processing, BCI, and neural feedback;

●UCL Brain Function Super Scan System in the UKSupport short distance channel module for more accurate data;

●UCL Brain Function Super Scan System in the UKA measurement cap suitable for any group, designed for easier and more comfortable wearing.

IIITechnical Specifications

Light source, detector	Double person super scan support 18Light source 24Detector, optional 36 light sources and 48 detectors,
number of channels	Supports channels 48-1728
Data collection mode	Optional high-density data acquisition, multimodal data acquisition, and ultra scan group data acquisition
compatible	ErgoLAB、E-primeThematlabThePresentationStimulus presentation software

4、 Application

●Cognitive psychology and behavioral science research: cognitive decision-making, emotion research, consumer psychology, accelerated learning, neurofeedback, EEG biomarkers, cognitive psychology research for special populations;

●Human factors engineering, ergonomics, human-computer interaction research: fatigue driving, BCI brain computer interface, human-computer interaction, cognitive load, measurement and relief of fatigue and memory loss, accelerated learning through biometric monitoring and real-time feedback, improvement of rehabilitation treatment through brain computer interface.

5、 Synchronization scheme

the United KingdomUCLThe near-infrared brain function ultra scanning system combinesErgoLABThe human-machine environment synchronization cloud platform can achieve subjective and objective quantitative human-machine interaction testing, human factors and ergonomics analysis and evaluation of intelligent human-machine systems under different experimental environment conditionsErgoLABThe human-machine environment synchronization cloud platform synchronizes with a wide range of data, including near-infrared brain imaging data and commonly used physiological dataGSRSkin conductance, respiration and heart rate, etcEEGEEG, eye movementHuman body movements, behavior observation, facial expressions, biomechanics, human-computer interaction. Achieve extremely low latency synchronization levels while ensuring the portability of your overall solution.

Data analysis platform:If researchers hope to obtain deeper and more comprehensive conclusions than real-time observation, the ErgoLAB platform can provide powerful tools for data post analysis.

ErgoLABThe comprehensive statistical analysis module of the human-machine environment synchronization cloud platform includes multi-dimensional people-machine-Comprehensive analysis of environmental dataEEGEEG analysis and visualization, eye movement analysis and visualization, real-time coding analysis of behavior observation, facial expression analysis and state recognition, assessment of action posture injuries and ergonomic analysis, interactive behavior analysis（ErgoLAB/ErgoVRHuman Computer Interaction Test Version, Spatiotemporal Behavior Analysis, Vehicle and Driving Behavior Analysis（ErgoLABDriving version)HRVHeart rate variability analysisEDA/GSRSkin electric analysisRESPRespiratory analysisEMGEMG analysisGeneralGeneral signal analysis (such asTEMP/SKTPiwen/Body temperature analysisEOGEye electrical analysis and other environmental and biomechanical signal analysis. The system has specialized signal processing modules and open signal processing interfaces, which can directly export visual analysis reports and raw data, supporting third-party integration and customized development.Jinfa Technology provides customized development services and can conduct in-depth research and development of algorithm models, software and hardware products, and technologies related to human factors engineering and ergonomics analysis and evaluation. For more information, please consult Jinfa Technology!

6、 Manufacturer Introduction

Beijing Jinfa Technology Co., Ltd. is a high-tech enterprise, a technology-based small and medium-sized enterprise recognized by the Ministry of Science and Technology, and a high-tech enterprise in Zhongguancun. It has the qualification for scientific research and production confidentiality of military and defense equipment, and has independent import and export operation rights; Our independently developed technologies, products, and services related to human factors engineering and ergonomics have won multiple provincial and ministerial level scientific and technological awards, as well as national inventions**，National software copyright and provincial and ministerial level new technology and new product (service) certification; Passed through EuropeCEThe United StatesFCCThe European UnionRoHSTheISO9001TheISO14001TheOHSAS18001Waiting for multiple international certifications and national explosion-proof certifications.

Jinfa Technology has established an academic research team, technical team, and R&D team specializing in human factors engineering. Through years of industry university research cooperation with research institutions and universities, it has accumulated multiple core technologies in the fields of human factors and ergonomics, as well as state recognition and human-machine efficiency evaluation techniques and research methods based on artificial intelligence algorithms such as machine learning. It is a domestic center for human factors engineering technology innovation! The technology and research team of Jinfa Technology provides technical support and academic services, from the planning and layout of laboratory construction to technical and academic training and guidance, providing comprehensive services throughout the entire lifecycle of laboratory construction from multiple perspectives.

the United KingdomUCLBiomedical Optics Research Laboratory, University College London（BORL）Derived from itGowerlabsThe laboratory was in the past30Mid year promotion of near-infrared spectroscopy brain functional imaging technology. andUCLIntegration meansGowerlabsinfNIRSHaving experience in the design, manufacturing, and application of equipment, and always standing in the development of new technologies and new data analysis methodsoffrontier.Gowerlabs（UCL）fNIRSThe system has been used in institutions across four continents, including Cambridge University, Oxford University, University College London, Gothenburg University in Sweden, Boston Children's Hospital in the United States, Princeton University in the United States, and the University of Hong Kong.

University College London, UK（UCL）It is a world-renowned top comprehensive research university, ranking in the top ten on multiple world university rankings.UCLThe Institute of Life Sciences and Clinical Sciences owns the UKLarge scale *The most renowned medical and life science research consortium*endteachingAnd academic researchinvestigateRenowned**.UCLThe School of Neuroscience is in the field of research and teaching in determining human behavior through neural pathways that control bodily functions, cognition, and psychology*firstStatus, yes***recognizeofLeader.