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RIM: RISK INTERACTION MODEL AND ITS APPLICATIONS

机译:RIM:风险交互模型及其应用

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摘要

In human computer, machine or robot interactions, human errors during operation or interaction could lead to risks. Existing computer systems and applications are designed to reduce the losses due to human interactive errors via reversible operations. Unfortunately, reversal operation is not applicable for many interactive systems, such as vehicle driving, aircraft control. In these systems, operation errors often lead to serious consequences. A novel human-computer interaction model, termed risk interaction model (RIM), is proposed for quantitative evaluation of the risk of interaction for interactive systems. Factors for analyzing risks in interaction are summarized and the risks are structured as original risk, basic risk, operational risk and task risk. The risk of interaction in a system is formalized based on the analysis, and the parameters are calculated in experiments. Two application instances are used to validate RIM.
机译:在人机,机器或机器人的交互中,操作或交互过程中的人为错误可能导致风险。现有的计算机系统和应用程序旨在通过可逆操作减少由于人为交互错误而造成的损失。不幸的是,反向操作不适用于许多交互式系统,例如车辆驾驶,飞机控制。在这些系统中,操作错误通常会导致严重的后果。提出了一种新颖的人机交互模型,称为风险交互模型(RIM),用于定量评估交互式系统的交互风险。总结了分析交互风险的因素,并将风险分为原始风险,基本风险,操作风险和任务风险。在分析的基础上,确定了系统中交互的风险,并在实验中计算了参数。使用两个应用程序实例来验证RIM。

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