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ErgoHCI® Multimodal Human Computer Interaction and Brain Computer Interface Laboratory

NegotiableUpdate on 02/09
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Overview
ErgoHCI& #174; The Multimodal Human Computer Interaction and Brain Computer Interface Laboratory is committed to creating an integrated research and application platform for multimodal human computer interaction and brain computer interaction. The laboratory has built a full chain research environment covering "signal perception algorithm research and development system verification industry applications", fully supporting innovative research and industrial transformation in fields such as human-computer interaction, rehabilitation engineering, intelligent equipment, and new generation information technology. The $r $n laboratory is equipped with multimodal human factors perception devices and multiple BCI paradigm resources, supporting the full process development from data acquisition, processing to model training and real-time decoding, which can be used for the availability and interaction of intelligent interaction systems
Product Details

Laboratory characteristics

lFull process integration:Multi modal data perception, intelligent interaction model training, model deployment, interaction evaluation, interaction system design and development, application verification

lResearch grade multimodal interactive data collection:Brain computer equipment, electromyography, and multimodal interaction devices integrate cutting-edge technology and human factors engineering design in hardware design, material design, and computing units, supporting high-quality signal acquisition and in-depth scientific research and development, and providing a reliable data foundation

lIntelligent Interaction and Brain Computer Algorithm Platform:Built in multi class brain computer interface algorithms and model libraries, supporting training, optimization, and edge deployment of interactive models, with scalable and low latency software and hardware collaboration capabilities, helping scientific research and engineering teams achieve efficient system development and technical validation

lMulti scenario cross carrier application verification system:Provide various verification environments, including brain controlled robot matrices, and support customized industrial, medical, and consumer level interaction scenarios to promote reliability testing and industrialization of brain computer interfaces and intelligent interaction systems in real environments.

lIntelligent evaluation of human-machine interaction efficiency:Based on synchronous collection of multimodal human-machine environment fusion data, human-machine interaction efficiency and usability evaluation index system, precise quantification of interaction effectiveness, cognitive load, operational performance and other indicators is achieved, providing scientific basis and empirical support for the optimization and collaborative efficiency improvement of complex human-machine systems

laboratory construction

lLaboratory environment setup:

nLaboratory of Multimodal Human Computer Interaction and Brain Computer Interface Fundamentals:Multi modal intelligent interactionBrain computer interface, gesture interaction, eye control interaction, electromyography control, etc; Intelligent multimodal interaction function coverage: human-machine data synchronization collection, model training, model deployment, human-machine interaction evaluation

nLaboratory of Multimodal Human Computer Interaction and Brain Computer Interface ApplicationsMulti carrier intelligent applicationDrones, unmanned dogs, unmanned vehicles, robotic arms; Expandable intelligent interactive application scenarios such as smart homes, smart transportation, and smart healthcare

nOptional application verification scenario modelVirtual reality simulation laboratory, supporting customized smart home, smart healthcare, industrial design, intelligent interaction and other simulation scene construction

lEquipment matrix:

nMultimodal data perception devices: EEG interactive devices, eye movement interactive devices EMG interactive devices, behavior observation interactive devices, voice interactive devices, etc

nIntelligent terminal: human factor intelligent edge computing terminal, human factor intelligent multi-mode synchronous tester

nIntelligent interaction, brain controlled machine matrix: drones, unmanned dogs, unmanned vehicles, industrial robotic arms, etc

lMultimodal human-computer interaction and brain computer interface platform:

nParadigm design: brain computer interface paradigm library, visualization paradigm configuration

nMulti modal data synchronization acquisition: Multi modal interactive data synchronization acquisition, visualization data acquisition model training: Brain control/Multimodal interaction dataset, brain control/multimodal algorithms, model training

nModel deployment applications: Model deployment, edge deployment solutions, intelligent interaction of model applications

nBrain computer interface application, multimodal interaction control application

ErgoHCI®多模态人机交互与脑机接口实验室

Application Direction

lNeurorehabilitation and Intelligent Medicine: Based on Motor ImaginationSSVEPwaitBCIParadigm and multimodal physiological signal analysis, development of brain computer interactive rehabilitation training system, intelligent prosthetic control, and cognitive impairment assisted diagnosis and treatment technology, promoting innovative applications of neuroengineering in clinical medicine.

lIntelligent driving and human vehicle collaboration: through driver status monitoring, brain computer attention recognition and multi-mode interaction analysis, research on intelligent cockpit cognitive load assessment, safety early warning and human vehicle collaborative decision-making is carried out to improve the human reliability of the auto drive system system.

lIndustrial Control and Intelligent Equipment: Leveraging brain control and electromyography interaction technology, intelligent control and flexible collaboration of equipment such as robotic arms, drones, and robots are achieved, supporting human-machine collaborative operations and efficiency optimization in manufacturing, hazardous operations, and other scenarios.

lResearch on Human Factors in Aerospace and Special Operating Conditions: Conduct ergonomic assessments, situational awareness analysis, and collaborative system validation based on physiological and behavioral data for environments such as manned spacecraft and flight control, to ensure the human-machine adaptability and operational safety of complex systems.

lIntelligent interaction and innovation in consumer electronics: Combining eye tracking, voice emotion computing, and multimodal fusion algorithms, developing the next generation of human-computer interaction terminals for product experience optimization and innovative design in fields such as augmented reality, smart homes, and accessible devices

Kingfar Company Introduction:

Beijing Jinfa Technology Co., Ltd. (Jinfa Technology) isSpecialized, Sophisticated, Characteristic and InnovativeThe Little GiantThe first batch of specialized, refined, special and new key points in the new roundThe Little GiantEnterprises with intellectual property advantages, high-tech enterprises, and technology-based small and medium-sized enterprisesIt includes new technology research and development institutions such as Beijing Human Factors Intelligent Engineering Technology Research Institute and Beijing Human Factors Engineering Design Institute Co., Ltd., and jointly builds multiple technology innovation platforms including Beijing Enterprise Technology Center, Beijing Undergraduate University Industry Research Deep Collaborative Education Platform, Suzhou Key Laboratory, Hunan Engineering Laboratory, Shandong Engineering Research Center, etc.

Jinfa Technology has undertaken and participated in multiple national key research and development programs, high-quality development projects of the Ministry of Industry and Information Technology, and national natural science foundation projects. Serving as the National Beacon CommitteeThe deputy leader unit of XR Extended Reality Standardization Working Group and the joint leader unit of Key Technology Group of Metaverse Standardization Working Group of the Ministry of Industry and Information Technology; Hosted and participated in the compilation of over 30 international, national, industry, and group standards.

Jinfa Science and Technology has innovated and developed home-made, autonomous and controllable human factor engineering and human factor intelligent edge computing series information and innovation products and technologies; Passed through EuropeCE、 Multiple international certifications including FCC in the United States, ROHS in the European Union, as well as ISO9001, ISO14001, ISO45001, etc. Accumulated more than 30 provincial and ministerial level certifications for new technologies and products, as well as multiple provincial and ministerial level scientific and technological awards; Global Application for InventionBrick profitexceed530 items, 1 authorized2More than 0 international and national inventionsBrick profit15More than 0 international and national registered trademarks, and over 130 national software copyrights; We have served as a demonstration application for higher education institutions and equipment technology industry research institutes nationwide, and have supported research scholars and technology workers to publish academic papers in both Chinese and Englishexceed1100 articles.