Astaras A, Bamidis P D, Kourtidou-Papadeli C, Maglaveras N
Lab of Medical Informatics, Medical School, Aristotle University of Thessaloniki, Thessaloniki, Greece.
Hippokratia. 2008 Aug;12 Suppl 1(Suppl 1):10-4.
Biomedical signal monitoring can counteract the risk of human operator error due to inattention or fatigue in safetycritical and restrictive environments, such as in aviation, space, automobile and heavy industrial machinery operation. Real-time biomedical data acquisition is changing through advances in microelectronics fabrication, bio-MEMS and power micro-generators. Such data acquisition and processing systems are becoming increasingly miniaturised, flexible and pervasive, while data is being collected from inside the human body as well as around it. In this paper we review two related research projects exploiting this technological convergence, discuss its implications and suggest future innovation prospects through further similar cross-disciplinary synergies.
生物医学信号监测可以抵消在诸如航空、航天、汽车和重型工业机械操作等安全关键且受限环境中，由于操作人员注意力不集中或疲劳而导致的人为错误风险。随着微电子制造、生物微机电系统和功率微型发电机技术的进步，实时生物医学数据采集正在发生变革。此类数据采集和处理系统正变得越来越小型化、灵活且普及，同时数据既可以从人体内部也可以从人体周围进行收集。在本文中，我们回顾了利用这种技术融合的两个相关研究项目，讨论了其影响，并通过进一步类似的跨学科协同作用提出了未来的创新前景。
