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Task demands and memory in web interaction: a levels of processing approach

机译:Web交互中的任务需求和内存:一种处理方法

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The Levels of Processing principle holds that the strength of the encoded memory trace depends on the mental operations carried out during goal-pursuit. Therefore, memory should be better for web elements that are more deeply processed. Participants (N = 24) accomplished several information finding tasks with printed web pages in two conditions: navigation-orientation and content-orientation. The results support the prediction and show marked differences between the two tasks in how the locations and features of task-relevant and -irrelevant elements are remembered. In explaining the results, the levels of processing principle is bound to a wider model of perception, attention, and memory in web interaction. It is argued that the memory test tapped explicit memories that are not recruited in the rapid on-line control of attention but rather in higher-level operations such as planning and error recovery in interaction. Implications are proposed for the design of memorable user interfaces, adaptive hypertext, and notifications.
机译:“处理级别”原理认为,编码的内存跟踪的强度取决于目标追求期间执行的思维操作。因此,对于经过更深入处理的Web元素,内存应该更好。参与者(N = 24)在两种情况下用打印的网页完成了一些信息查找任务:导航方向和内容方向。结果支持预测,并显示出如何记住任务相关元素和无关元素的位置和特征,这两个任务之间存在显着差异。在解释结果时,处理原理的级别与Web交互中的感知,注意和记忆的更广泛模型绑定在一起。有人认为,记忆力测试利用的是显式记忆,它们不是在注意力的快速在线控制中而是在更高级别的操作(例如计划和交互中的错误恢复)中募集的。提出了对难忘的用户界面,自适应超文本和通知的设计的暗示。

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