首页> 外文会议>Human Factors and Ergonomics Society annual meeting >EVALUATION OF HUMAN PERFORMANACE IN A SUPERVISORY I INSPECTION NSPECTIONTASK MONITORING MULTIPLE HYBRID INSPECTION SYSTEMS
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EVALUATION OF HUMAN PERFORMANACE IN A SUPERVISORY I INSPECTION NSPECTIONTASK MONITORING MULTIPLE HYBRID INSPECTION SYSTEMS

机译:监督检查任务监控多个混合检查系统中人员绩效的评估

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The demand for consistent quality has led to 100% inspection using automated systems rather thanthe traditional sampling with human inspectors. How However, these automated systems cannot adapt toever, novel situations to meet the required performance w without human intervention. The need for cost- effective and superior inspection performance has r effective resulted in hybrid systems in which the functionsare allocated depending on the capabilities of humans and machines. With the increasing availabilityof computer technology due to decreased costs and s size, the role of humans in inspection systems ischanging from that of a continuous "online" inspect inspector to that of a supervisor of multiple tasks. Thisstudy uses a computer-based visual inspection simulator to investigate the role of the human as asupervisor in inspection systems, with the main focus on the effect of performance of one hybridinspection system on human decision to intervene in another system to optimize the inspectionperformance.
机译:对一致质量的需求已导致使用自动化系统而不是自动化系统进行100%检验 由人类检查员进行的传统采样。但是,这些自动化系统无法适应 以往,在没有人工干预的情况下,满足要求的性能的新颖情况。对具有成本效益和卓越的检查性能的需求已经有效地导致了混合动力系统的功能 根据人和机器的能力进行分配。随着可用性的提高 由于成本和尺寸的减少,计算机技术的发展,人类在检查系统中的作用是 从连续的“在线”检查检查员更改为多任务主管的检查员。这 这项研究使用基于计算机的视觉检查模拟器来调查人类作为人类的角色 检查系统的主管,主要关注一种混合动力汽车的性能影响 人为决定的检查系统,干预另一个系统以优化检查 表现。

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