恒挚科技——第一届神经工程管理学术研讨会工作坊圆满成功！

The Neuroengineering Management Symposium Workshop was a great success!

The workshop of Neuroengineering Management Symposium held by Hengzhi Technology was a great success. Neuroengineering management is a promising research direction today, and accurate instrumentation skills are essential for research and application in this field.

Through this workshop, participants were able to access the most advanced neuroengineering management instruments and learn the proper and efficient way to operate them. This will undoubtedly help improve their practical skills, productivity and understanding of neuroengineering management techniques.

Hengzhi Technology has been committed to promoting and developing the research and application of neuroengineering management technology. Through such training activities, we can not only drive the development of the whole industry, but also make a positive contribution to the cultivation and improvement of technical talents. We at Hengzhi Technology hope that we can continue to make more contributions to the development of neuroengineering management technology in the future.

The session opened with an introduction by Can Jin, a technical engineer, who focused on the basic principles of EEG, eye movement, NIR and physiology.

As a professional engineer in the field of neuroengineering management, Can Ken has a deep study and understanding of these technical principles and is able to present them to the participants in a vivid and concise manner.

The first is the Eye tracking technique. This technique uses a camera or infrared sensor to track the movement of a subject's eyes and analyze the focus, attention and cognitive state of the subject. Eye tracking is widely used in the fields of human-computer interaction, advertising research, and driving safety, and is considered a very effective tool for behavioral research because of its non-contact and non-invasive nature.

Secondary EEG (Electroencephalogram, EEG) technique. By attaching electrodes to the scalp, the weak potential changes generated by the secondary firing process of neurons in the brain can be recorded. EEG technology is widely used in neuroscience, cognitive psychology and other fields to help researchers explore the activity patterns of various functional areas of the brain and to diagnose some neurological related diseases.

The third technology is Near Infrared Spectroscopy (NIRS), an optical-based, non-invasive biosensing technology for the quantitative detection of oxygenated hemoglobin and less oxygenated myoglobin in blood. The unique feature of this technology is its ability to penetrate the skull and skin to directly detect the metabolic state and functional activity of the subcortical areas of the brain.

Finally, there is the physiology (Physiology) technique. This technology focuses on classifying, analyzing and comparing certain physiological signals of the human body, such as heart rate, respiration, skin electricity, etc., by capturing them. Physiology techniques can be applied in various aspects such as diagnosis and treatment of diseases, health management, and emotional analysis.

Understanding these fundamentals is crucial to the mastery and application of neuroengineering management techniques, and I believe this workshop will enable participants to gain a more comprehensive understanding and appreciation of these techniques, which will help them in their subsequent research and practice of neuroengineering management.

Technical engineer Shan Keqiu made a presentation after the workshop session of Hengzhi Technology Neuroengineering Management Symposium, mainly to elaborate the specific applications of EEG, eye movement, NIR and physiological polyspectroscopy technologies in the field of actual building construction.

In actual building construction, neural engineering management technology can help engineers carry out a variety of measurement and analysis tasks. The following is a detailed introduction to several technologies introduced by the engineers of Monoqiu Technology for their application in the field of building construction.

The first is EEG technology. In the construction field, EEG technology is mainly applied in comfort and safety assessment. By recording the EEG activities of workers or occupants during construction, some factors that may affect their physical and mental health, such as noise, vibration, lighting, etc., can be detected. At the same time, the cognitive state and reaction ability of workers can also be assessed with the help of EEG technology, so as to prevent some safety accidents.

The second is eye-movement technology. There are usually many potential hazards at construction sites, such as working at height and electrical equipment. At this time, the use of eye-movement technology can detect the attention level of workers in real time and prevent some accidents from happening. For example, eye movement technology can be used to detect whether workers are distracted or fatigued in time to remind them of the need to rest or adjust their attention.

The third technology is near infrared technology. In the construction field, NIR technology can be used to measure parameters such as moisture content and temperature distribution in building materials. This technology is very suitable for testing the quality and structural stability of building components. Also, NIR technology can help monitor some environmental factors of on-site construction, such as air humidity and temperature.

Finally, there is physiological polysonde technology. In construction sites, physiological polysonde technology can help detect workers' physical health conditions, such as heart rate, respiratory rate, skin resistance, etc. By collecting physiological data and conducting analysis, it can detect workers' discomfort symptoms in time, prevent possible medical events, and provide a basis for adjusting workers' work intensity.

The above is the application of EEG, eye movement, NIR and physiological polyspectroscopy technologies in the field of building construction, as presented by Shan Keqiu technical engineer after the workshop session. These technologies can help improve the quality and safety of building construction, reduce construction risks, and are also important for the development of modern buildings.

This workshop session of the Neuroengineering Management Colloquium was packed to the rafters. The participants listened to the experts with great interest and exchanged their experiences and ideas with each other. The atmosphere was warm, the applause was loud, and people's faces were full of satisfaction and gain. The whole conference site seemed very compact, all kinds of instruments and equipment were placed in different areas, distinctive signage and instructions were clearly visible on the wall, and it was organized in a very orderly way. It could be felt that every participant was enthusiastic about the conference, and everyone was trying to absorb knowledge and improve their abilities and qualities. All in all, the conference was dynamic and creative, providing an unforgettable learning and communication experience for everyone.

The student teachers actively experienced a variety of devices such as EEG, eye movement, NIR and physiology after the Neuroengineering Management Colloquium Workshop session. All of these devices are widely used technologies in the field of modern neuroengineering management, and by using them a large amount of data about human physical and mental states can be collected and analyzed, providing powerful support for research and applications.

The Neuroengineering Management Symposium Workshop Meeting has been successfully concluded! In this conference, we saw experts and scholars from different fields and industry practitioners discussing the cutting-edge technology and management solutions of neuroengineering management and sharing rich experiences and achievements. The atmosphere of the conference was warm, and the participants actively thought about the problems and expressed their opinions freely, which not only deepened the communication between each other, but also added bricks to the development of neuroengineering management.

Through this conference, we can better understand the development trend and hot spots in the field of neuroengineering management and improve our professionalism and innovation ability. We believe that with everyone's joint efforts, the field of neuroengineering management will achieve more brilliant achievements and development for the benefit of human health and happiness. Thank you for your participation and support, and we look forward to seeing you next time!

Company Profile

Beijing Hengzhi Technology Co., Ltd, invested by China Science (Guangdong) Science Group, relying on Guangdong Institute of Human Factors Technology and Wuhan Institute of Human Factors Engineering Technology, is a new high-tech enterprise based on psychological human factors, driving human factors, biomechanics, user experience, virtual reality and other directions, integrating production, research and development, sales and technical services, has been successfully selected in the list of high-tech enterprises in Zhongguancun. .

The driving human factors system, virtual reality graphical editing software, light environment psychological assessment system and psychological and human factors experimental teaching system developed by Hengzhi Technology have entered the domestic market.

As the sole agent of Poland Cortivision NIR, Russia Mitsar EEG in China, the sole agent of Italy BTS surface EMG and other biomechanical and gait analysis products in China, and the sole agent of Netherlands Noldus Behavioral Science, Sweden Tobii Eye Motion Instrument, Netherlands MindMedia Physiology and Biofeedback, US Biopac Physiology, US ETT The domestic licensed agent of products such as olfactory/taste stimulator. The high-tech products operated have served the top universities and the highest level of scientific research units in China, including Tsinghua University, Beijing Normal University, Northeast Normal University, Yanshan University, Qiyuan Laboratory, Xi'an University of Architecture and Technology, Northwest Agriculture and Forestry University of Science and Technology, Shenzhen University of Technology, Xi'an University of Science and Technology, Shanghai University, the Second Institute of Aerospace, 27 and 28 of China Electronics Technology Group, while providing technical support for ink Netease, Huawei technology to provide technical support, in the field of talent training, scientific research cooperation, transformation of results and other scientific and technological areas of continuous in-depth cooperation.

This article comes from the WeChat public number: EVERLOYAL

Hengzhi Technology - The 1st Neuroengineering Management Symposium Workshop was a great success!

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