Title
Design of Information Content and Layout for Process Control Based on Goal-Means Domain Analysis.
Abstract
:   With regard to the design of information content in information display, it is often claimed that the abstraction hierarchy (AH) of the work domain should be considered as a basis for identifying and structuring the information content. The primary advantage of AH-based analysis and design is that functionally abstracted information can systematically be identified and provided to the operator, which has rarely been presented in traditional displays. This study evaluated the effectiveness of providing functional information, which was abstracted and represented based on goal–means analysis along the AH, to the operator in two task situations (fault diagnosis and operation). The results showed that the operator’s performance was improved with the high-level information, and the latter’s utility became greater when the goal–means relations between information at different abstraction levels were exhibited. From the results, three design principles for information display can be drawn. First, information should be identified and displayed at multiple abstraction levels. Second, the goal–means relations among the abstraction levels should be explicitly presented, especially for analytical cognitive tasks. Third, information layout should support information integration along decomposition structure within an abstraction level as well as along abstraction levels.
Year
DOI
Venue
2001
10.1007/s10111-001-8003-z
Cognition, Technology & Work
Keywords
Field
DocType
injury prevention,process control,design process,information content,human factors,suicide prevention,domain analysis,ergonomics,information integration,occupational safety
Domain analysis,Information integration,Abstraction,Simulation,Computer science,Elementary cognitive task,Operator (computer programming),Abstraction layer,Structuring,Hierarchy
Journal
Volume
Issue
Citations 
3
4
18
PageRank 
References 
Authors
1.36
13
2
Name
Order
Citations
PageRank
Dong-Han Ham117017.72
Wan Chul Yoon214719.80