基于大脑的目标扩展

Daniel Afergan, T. Shibata, Samuel W. Hincks, Evan M. Peck, B. Yuksel, Remco Chang, R. Jacob
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引用次数: 24

摘要

气泡光标是一种很有前途的光标扩展技术,可以提高用户在指向任务中的移动时间和准确性。我们介绍了一种基于大脑的目标扩展系统,该系统通过在与特定类型的多任务处理相关的大脑测量值的最佳时间增加高重要性目标的扩展来提高气泡光标的效率。我们通过控制实验证明,基于大脑的目标扩展可以根据用户的认知状态提供分级和连续的帮助,从而提高任务和速度-准确性指标,即使没有对系统进行明确的视觉改变。这种适应非常适合在复杂系统中使用,以便在需求增加时引导用户实现更高优先级的目标。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Brain-based target expansion
The bubble cursor is a promising cursor expansion technique, improving a user's movement time and accuracy in pointing tasks. We introduce a brain-based target expansion system, which improves the efficacy of bubble cursor by increasing the expansion of high importance targets at the optimal time based on brain measurements correlated to a particular type of multitasking. We demonstrate through controlled experiments that brain-based target expansion can deliver a graded and continuous level of assistance to a user according to their cognitive state, thereby improving task and speed-accuracy metrics, even without explicit visual changes to the system. Such an adaptation is ideal for use in complex systems to steer users toward higher priority goals during times of increased demand.
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