ErgoHCI Military Equipment Human Computer Interface Interaction Laboratory

ErgoHCI Military Equipment Human Computer Interface Interaction Laboratory

ErgoHCI Military Equipment Human Computer Interface Interaction LaboratoryIt is a human-computer interaction evaluation laboratory independently innovated and configured by Beijing Jinfa Technology Co., Ltd. in the context of rapid development and application of technologies such as artificial intelligence, big data, emotional computing, and multi-channel human-computer interaction, combined with research methods from disciplines and fields such as human factors engineering, user experience, psychology, and cognitive neuroscience. It can conduct multi-channel human-computer interaction evaluation based on product prototypes in various environments such as laboratories, virtual reality, driving simulation, and real scenes. The laboratory combines prototype based experimental design, multi-channel intelligent human-computer interaction, ErgoLAB multimodal data synchronization, eye tracking, biometric measurement, brain imaging, motion capture and other technologies to integrate multi-channel interaction methods such as eye control interaction, gesture interaction, voice interaction, brain computer interaction, emotional interaction, etc. into human-computer interaction evaluation tasks and processes. Through synchronous collection and analysis of subjective and objective multidimensional data during personnel interaction, quantitative evaluation of human-computer interaction is carried out.

The laboratory is based on the ErgoLAB human-machine environment synchronization cloud platform, using self-developed technology from Jinfa Technology. It has multiple national inventions and software copyrights, and has passed provincial and ministerial level new technology and product certifications, as well as international management system certifications such as CE in Europe, FCC in the United States, RoHS in the European Union, ISO9001, ISO14001, OHSAS18001, etc. The laboratory combines various technologies such as ErgoLAB synchronization, cloud architecture, Bluetooth transmission, biometric measurement, virtual reality and simulation, eye tracking measurement, brain imaging, as well as cutting-edge algorithms such as multi-sensor fusion and machine learning, to provide scientific equipment human-computer interaction testing research and data analysis methods.

1. Laboratory layout

ErgoHCI Military Equipment Human Computer Interface Interaction LaboratoryDivided into a main control room and several testing rooms. The main control room is equipped with ErgoLAB human-machine environment multi-dimensional data analysis and artificial intelligence application platform; The testing room is divided into behavior observation testing room, virtual reality testing room, driving simulation testing room, environment simulation testing room, etc. according to the experimental environment requirements, and is equipped with ErgoHCI multi-channel human-computer interaction platform and ErgoLAB human-computer environment multi-dimensional data synchronization acquisition platform.

2. System composition

ErgoHCI Military Equipment Human Computer Interface Interaction LaboratoryComposed of ErgoHCI multi-channel intelligent human-computer interaction system and ErgoLAB human-computer interaction evaluation system. The ErgoHCI multi-channel intelligent human-computer interaction system can integrate multi-channel human-computer interaction methods into product human-computer interaction testing tasks and evaluation processes, including new types of voice, eye control, gesture, brain computer, emotion and other interactions, as well as traditional interactions such as keyboard, mouse, touch screen, controller, etc., to achieve multi-channel human-computer interaction control over products and prototypes.

The ErgoLAB human-computer interaction evaluation system can synchronously collect multidimensional subjective and objective data of the operator during the interaction with intelligent equipment, including eye movement, physiology, EEG, brain imaging, behavior, interaction, action posture, environmental data, etc., and perform signal processing and statistical analysis to complete human-computer interaction evaluation through objective data indicators.

1. Integration and evaluation of multi-channel human-computer interaction methods

With the development of technologies such as artificial intelligence, big data, and emotional computing, human-computer interaction is also moving towards a more natural and efficient direction. At present, there is a lack of systematic and scientific evaluation of the usability of multi-channel human-computer interaction. Our laboratory can integrate multi-channel intelligent interaction methods into product operation tasks and testing processes, such as clicking, switching, opening, closing, rotating and other operations through eye control, gestures, voice, brain computer and other interaction methods. Combined with the ErgoLAB human-computer interaction evaluation system, we can complete scientific evaluation and verification of multi-channel human-computer interaction methods.

2. Human computer interaction evaluation based on product prototypes

The laboratory adopts independent research and development technology, which can directly connect product design prototypes, including web prototypes, mobile terminal prototypes, VR prototypes, HMI prototypes, etc. Based on high fidelity interactive prototypes, human-machine interaction data collection and analysis can be carried out, and the evaluation results can be quickly fed back to the design to achieve iterative optimization of product design.

3. Interactive data collection and quantitative analysis

The system can collect all interaction data between operators and equipment, such as finger clicks, swipes, voice, gesture, brain computer, eye control interaction events, etc., and combine multidimensional data such as eye movement, physiology, and EEG for quantitative analysis. It evaluates multi-channel human-computer interaction methods from different stages such as perception, decision-making, and behavior.

4. Combining subjective and objective evaluation methods

The ErgoLAB human-computer interaction evaluation system is compatible with traditional subjective evaluation methods such as questionnaire scales, and synchronizes subjective evaluation results with objective data such as eye movement, physiology, EEG, behavior, interaction, and posture, providing a comprehensive data indicator system.

5. Synchronized acquisition of multimodal data in human-machine environment

The laboratory can achieve real-time synchronous collection and data visualization of multidimensional human, machine, and environmental data, objectively and quantitatively analyzing the interaction and influence mechanism of human machine environment and its inherent causal relationship.

Based on laboratory construction, Jinfa Technology can provide scientific research support and joint experimental services, aiming to combine new technologies and methods with usability testing research to promote the output and implementation of field achievements; Combining industry university research cooperation models to promote the incubation of more new technologies and products in industries, fields, and specialties. In the field of human-computer interaction and usability testing, Jinfa Technology has collaborated with multiple universities and enterprise users across the country for scientific research support or joint experiments, and has published over ten papers in both Chinese and English.

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 Zhongguancun high-tech enterprise, with independent import and export operation rights; The independently developed technologies, products, and services related to human factors engineering and ergonomics have won multiple provincial and ministerial level scientific and technological awards, national inventions, national software copyrights, and provincial and ministerial level new technology and new product (service) certifications; We have passed multiple international certifications and national explosion-proof certifications, including European CE, American FCC, EU RoHS, ISO9001, ISO14001, OHSAS18001, etc. 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 laboratory planning and construction technical team of Jinfa Technology provides technical support and after-sales service, covering the entire lifecycle of laboratory construction from planning and layout to equipment training and guidance from multiple perspectives.