首页> 外文会议>Human Factors and Ergonomics Society annual meeting >PIONEERS IN COGNITIVE ENGINEERING DECISION MAKING RESEARCH – FOUNDATIONAL CONTRIBUTIONS TO THE SCIENCE OF HUMAN-AUTOMATION INTERACTION
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PIONEERS IN COGNITIVE ENGINEERING DECISION MAKING RESEARCH – FOUNDATIONAL CONTRIBUTIONS TO THE SCIENCE OF HUMAN-AUTOMATION INTERACTION

机译:认知工程和决策的先驱 - 对人类自动化互动科学的基础 - 基础贡献

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The objective of this Cognitive Engineering & Decision Making (CEDM) Technical Group (TG) panel is to recognize "Pioneers in Human-Automation Interaction Research" and to provide Annual Meeting attendees with knowledge of the origins of adaptive automation, control theoretic approaches to human performance, implications of levels of complex system automation for human performance, and methods for operator functional state classification. Based on their seminal contributions to research in these areas, Drs. Peter Hancock, Richard Jagacinski, Raja Parasuraman, Chris Wickens and Glenn Wilson will participate in the session. Dr. Hancock will provide a personal retrospective on adaptive automation. Dr. Jagacinski will draw parallels between manual control and decision theories. Dr. Parasuraman will trace the history of adaptive automation research. Dr. Wickens will discuss failures in conventional wisdom on humanautomation interaction (HAI) and methods for systems design and Dr. Wilson will address the use of physiological measures for operator functional state classification in adaptive systems. The panel session is expected to promote further understanding among human factors researchers of concepts, theories and design principles of HAI and why we are at where we are today.
机译:这种认知工程和决策(CEDM)技术团体(TG)小组的目标是认识到“人类自动化互动研究中的先驱者”,并提供年度会议与会者,了解自适应自动化的起源,控制人类的理论方法性能,对人类性能复杂系统自动化水平的影响,以及操作员功能状态分类的方法。基于他们对这些地区的研究,博士的开创贡献。 Peter Hancock,Richard Jagacinski,Raja Parasuraman,Chris Wickens和Glenn Wilson将参加会议。 Hancock博士将在自适应自动化上提供个人回顾性。 Jagacinski博士将在手动控制和决策理论之间绘制相似之处。 Parasuraman博士将追溯自适应自动化研究的历史。 Winkens博士将讨论在人类utomation互动(HAI)的传统智慧中的失败以及系统设计和威尔逊博士的方法将解决自适应系统中操作员功能状态分类的生理措施。该小组会议预计将促进海拔概念,理论和设计原则的人类因素研究人员的进一步理解以及为什么我们今天在哪里。

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