Big God with paradise flying open space brain computer interaction

"Big God" with "paradise" flying open space brain computer interaction experiments "Tiangong two" launched by the world’s first team of design and development of the Tianjin University in neural engineering brain computer interaction and mental workload, visual function test system with neural efficiency "palace two" flying together, "etc. the Shenzhou eleven astronaut" and after the arrival, will open for the first time in human history space brain computer interaction experiments. Why should we take the lead in the study of brain – machine interaction in space? Professor Ming Dong, an academic leader, said that "brain – machine interaction will be the highest form of human – computer communication in the future." The astronauts in the space environment, complete complex tasks have been restricted, brain computer interaction can not rely on peripheral nerve and motor system, the astronaut’s thinking activities into operation instruction and mental workload and other neurological condition monitoring of astronauts, realize man-machine mutual adaptation, reduce the work load, is the most the ideal man-machine interaction way. The forthcoming space brain – computer interaction experiment is the most critical verification of the application of this technology in orbit. In addition to technical verification, the future of the brain – computer interaction project is also expected to be performed by science and technology. "We aptly calls it a ‘world concentric’ or ‘space to’, because it allows the ground robot avatar conveys some thoughts on my space astronauts thousands of miles away." Professor Ming Dong said, "if this plan is successful, we hope to attract more people to focus on brain computer interaction technology, and pay attention to the development of Frontier Science and technology in China." (reporter Zhao Hui)

天大“神工”随“天宫”飞天 开启太空脑—机交互实验   “天宫二号”成功发射,由天津大学神经工程团队设计研发的世界首套在轨脑—机交互及脑力负荷、视功能等神经工效测试系统也随“天宫二号”一同飞天,等“神舟十一号”和航天员到来后,将开启人类历史上首次太空脑—机交互实验。   为何要在太空中率先开展脑—机交互研究?学术带头人明东教授介绍,“脑—机交互将是未来人—机通信交互的最高形态。航天员在太空环境,完成复杂作业任务受到极大的限制,脑—机交互可以不依赖外周神经和运动系统,将航天员的思维活动转化为操作指令,同时又能监测航天员的脑力负荷等神经功能状态,实现人机互适应,减轻作业负荷,是最为理想的人机交互方式。即将开展的太空脑—机交互实验,就是对这一技术在轨适用性的最为关键的验证。”   除了技术验证外,未来的脑—机交互项目还有望进行科普展示。“我们贴切地将这一计划称为‘天地同心’或者‘太空谛听’,因为可以让地面的机器人分身传达着远在万里之外、太空之上的航天员本人的某些思想。”明东教授说,“这一计划若能成功,希望能够吸引更多人来关注脑—机交互技术,关注中国神经工程前沿科技的发展。”(记者 赵晖)相关的主题文章: