my country has achieved new breakthroughs in international standards in the field of brain-computer interface

China News Service, October 19. According to the "Shishuoxinyu" WeChat public account, recently, the International Standards Organization (ISO/IEC) released the international standard for the brain-computer interface reference architecture led by my country: "Information Technology Brain-Computer Interface Reference Architecture." This international standard was formulated by Chinese experts as the project leaders, together with experts from Italy, South Korea, the United Kingdom, India, the United States, Japan, Sweden, Finland, Australia, Germany and other countries. It is another important achievement that my country has achieved in the field of international standardization of brain-computer interfaces.

As brain-computer interfaces gradually move from scientific research exploration to practical applications in many fields such as medical care, health consumption, industrial production, traffic safety, etc., a unified infrastructure is becoming increasingly important for promoting technological collaboration and industrial standardization. The standard focuses on four core questions: "What is a brain-computer interface, how to use it, what functions it has, and how to implement it." It systematically sorts out typical implementation models and forms a complete technical framework including concepts, applications, functions, and implementations. It solves the problem of differences in system composition, functional division, and implementation methods among different technical routes and application scenarios of brain-computer interfaces.

The release of this standard will help unify global industry parties' understanding of the composition, functional boundaries and typical implementation methods of brain-computer interface systems, provide a unified technical reference for brain-computer interface product development, system design, and subsequent development of relevant standards such as data, interfaces, testing and applications, and further consolidate the standard basis for the large-scale and standardized development of brain-computer interfaces.