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Context-Sensitive Information Presentation: Integrating Adaptive and Adaptable Approaches to Display Design

机译:上下文相关信息表示:集成自适应和自适应方法来进行显示设计

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Operators in many complex event-driven domains face the challenge of data overload. Two major contributors to this problem are over-reliance in display design on one sensory channel (vision in most domains) and the fact that the presentation of data and information does not vary to account for changing task contexts and operator states. These problems call for the introduction of context-sensitive multimodal displays. There is a substantial and growing body of research on multisensory information processing and presentation. However, little guidance is available for the design of flexible displays that take context into consideration. Two important research questions are: 1) who should be in control of the adaptation of information presentation - the user or the system, or perhaps both? - and b) what factors should drive display adaptation? This article will review two approaches to context-sensitive display design: adaptive and adaptable. The benefits and disadvantages of each approach will be discussed, and a recently developed hybrid adaptive-adaptable multimodal interface will be described. To our knowledge, this is the first display design that combines both approaches to context-sensitivity and employs a wide range of drivers, ranging from environmental conditions to operator states and performance.
机译:许多复杂的事件驱动域中的操作员都面临数据过载的挑战。导致此问题的两个主要因素是过分依赖一个感官通道上的显示设计(大多数领域中的视觉),以及数据和信息的呈现方式并不能改变以说明任务上下文和操作员状态的变化这一事实。这些问题要求引入上下文相关的多模式显示。关于多感官信息处理和表示的研究越来越广泛。但是,对于考虑到上下文的柔性显示器的设计几乎没有指导。两个重要的研究问题是:1)谁应该控制信息表示的适应性,即用户或系统,或者两者? -和b)哪些因素应推动显示器的适应性?本文将回顾两种上下文相关的显示设计方法:自适应和自适应。将讨论每种方法的优缺点,并描述最近开发的混合自适应多模态界面。就我们所知,这是第一个将两种方法结合起来用于上下文敏感的显示设计,并采用了从环境条件到操作员状态和性能的各种驱动器。

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