首页> 外文会议>IFIP(International Federation for Information Processing) TC13 international conference on Human-computer interaction;INTERACT 2009 >Cognitive Load Measurement from User's Linguistic Speech Features for Adaptive Interaction Design
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Cognitive Load Measurement from User's Linguistic Speech Features for Adaptive Interaction Design

机译:基于用户语言语音特征的认知负荷测量,用于自适应交互设计

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An adaptive interaction system, which is aware of the user's current cognitive load (CL), can change its response, presentation and flow of interaction material accordingly, to improve user's experience and performance. We present a speech content analysis approach to CL measurement, which employs users' linguistic features of speech to determine their experienced CL level. We show analyses of several linguistic features, extracted from speech of personnel working in computerized incident control rooms and involved in highly complex bushfire management tasks in Australia. We present the results of linguistic features showing significant differences between the speech from the cognitively low load and high load tasks. We also discuss how the method may be used for user interface evaluation and interaction design improvement.
机译:知道用户当前的认知负荷(CL)的自适应交互系统可以相应地更改其响应,表示和交互材料的流量,以改善用户的体验和性能。我们提出了一种语音内容分析方法来进行CL测量,该方法利用用户的语音语言特征来确定他们经验丰富的CL水平。我们显示了对几种语言特征的分析,这些特征摘自在计算机化事件控制室工作的人员的语音,并参与了澳大利亚高度复杂的林区大火管理任务。我们提供的语言功能的结果显示了来自认知低负荷和高负荷任务的语音之间的显着差异。我们还将讨论如何将该方法用于用户界面评估和交互设计改进。

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