Modelling How Humans Adapt to Task Demands in Safety-Critical Workplaces

该项目旨在解释人类操作员如何在复杂的工作环境中做出决策，这些工作环境需要在时间压力下完成多项任务。该项目预计将通过开发和测试心理过程的计算模型来实现重大的理论和实践进步，该模型使操作员能够适应可能增加人为错误和事故风险的工作场所任务需求类型。预期的结果是一个模型，可以解释运营商的决策和预测的条件下，运营商更有可能作出延迟响应或错误。这应该通过告知心理学理论和潜在地减少工作场所事件和事故来提供显着的好处。

This project aims to explain how human operators make decisions in complex work environments that require multiple tasks to be completed under time pressure. This project expects to achieve a significant theoretical and practical advance by developing and testing a computational model of the psychological processes that allow operators to adapt to the types of workplace task demands that can increase human error and the risk of accidents. The expected outcome is a model that can explain operator decision-making and predict the conditions where operators are more likely to make delayed responses or errors. This should provide significant benefits by informing psychological theory and potentially reducing workplace incidents and accidents.