科学研究综合体,用于研究极端条件下的人类操作员

Ivan Dimitrov, S. Tanev, P. Getsov, P. Trendafilov, H. Hristov, L. Aleksiev, S. Doshev
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引用次数: 0

摘要

本文提出了一个研究综合体,它将在适当的激励下尽可能地重现真实工作环境的多样性,并将登记对物理、生理信号和参数的必要检查。复杂的仪器将模拟接近真实的工作情况,将包括必要的测试,以评估研究对象的心理状态。进一步的复杂算法将监测整个实验过程,记录和处理来自所有生理通道的信息:肌电图、心电图、血压、脉搏波、呼吸速率、皮肤电反应。操作员将从计算机综合体接收视觉和听觉信息,并通过特殊键盘、标准光学鼠标、轨迹球、操纵杆和踏板控制与操作员进行交流。提出了在极端条件下对操作者进行全面研究的方法。开发的综合体将有助于提高关键任务系统操作员的技能-飞行员,飞行员,无人驾驶飞行器操作员,宇航员,空中交通负责人,核操作员和公共交通司机。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Scientific research complex for the study of human operator in extreme conditions
In paper is presented a research complex which will recreate as closely as possible the diversity of the real working environment with appropriate incentives and will register the necessary examination of physical, physiological signals and parameters. Apparatus complex will simulate close to real work situations, will include tests necessary to assess the psychological status of the research subject. Further ahead in the complex algorithm will monitor the overall conduct of the experiment will record and process information from all physiological channels: electro miograma, electrocardiogram, blood pressure, pulse wave, respiration rate, galvanic skin response. The operator will receive visual and auditory information from the computer complex and will communicate with him through a special keyboard, standard optical mouse, track ball, stick and pedal controls. It is proposed methodology for conducting comprehensive studies of operator in extreme conditions. The developed complex will contribute to enhancing the skills of operators of mission-critical systems - pilots, pilots, operators of unmanned aerial vehicles, astronauts, heads of air traffic, nuclear operators and drivers of public transport.
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