The ecological approach to interface design: applying the abstraction hierarchy to intentional domains

William B. L. Wong, P. Sallis, D. O’Hare
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引用次数: 37

Abstract

The ecological approach has traditionally been used for analysing process control type, physically coupled causal system domains to identify structural associations between the physical components of a system and the abstract functions of the system. Systems are then designed to represent the system's structural links as optical invariants in configural displays (J. Rasmussen, 1986; K.J. Vicente and J. Rasmussen, 1992; J.P. Hansen, 1995). Systems designed through this approach have been found to improve user diagnostic and response ability, e.g. W.S. Pawlak and K.J. Vicente (1996). Whilst it has been found to be useful in causal systems domains, it is not clear how applicable the ecological approach is to designing interfaces to support decision making in human activity based intentional systems domains. The paper is an exploration of the usefulness of the ecological approach in intentional domains.
界面设计的生态方法:将抽象层次结构应用于有意领域
传统上,生态学方法被用于分析过程控制类型,物理耦合的因果系统域,以识别系统的物理组件和系统的抽象功能之间的结构关联。然后将系统设计为将系统的结构链接表示为构型显示中的光学不变量(J. Rasmussen, 1986;K.J. Vicente和J. Rasmussen, 1992;j·p·汉森,1995)。通过这种方法设计的系统被发现可以提高用户的诊断和反应能力,例如W.S. Pawlak和K.J. Vicente(1996)。虽然它已被发现在因果系统领域是有用的,但尚不清楚生态方法如何适用于设计接口,以支持基于人类活动的有意识系统领域的决策。本文是对生态方法在意向领域的有用性的探索。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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