Title
A generic design environment for the rural industry knowledge acquisition
Abstract
This paper describes a new knowledge acquisition method using a generic design environment where context-sensitive knowledge is used to build specific DSS for rural business. Although standard knowledge acquisition methods have been applied in rural business applications, uptake remains low and familiar weaknesses such as obsolescence and brittleness apply. We describe a decision support system (DSS) building environment where contextual factors relevant to the end users are directly taken into consideration. This ''end user enabled design environment'' (EUEDE) engages both domain experts in creating an expert knowledge base and business operators/end users (such as farmers) in using this knowledge for building their specific DSS. We document the knowledge organisation for the problem domain, namely a dairy industry application. This development involved a case-study research approach used to explore dairy operational knowledge. In this system end users can tailor their decision-making requirements using their own judgement to build specific DSSs. In a specific end user's farming context, each specific DSS provides expert suggestions to assist farmers in improving their farming practice. The paper also shows the environment's generic capability.
Year
DOI
Venue
2008
10.1016/j.knosys.2008.03.054
Knowl.-Based Syst.
Keywords
Field
DocType
knowledge acquisition,context-sensitive knowledge,generic design environment,rural application,specific dsss,design environment,specific end user,specific dss,end user,new knowledge acquisition method,expert knowledge base,knowledge organisation,standard knowledge acquisition method,dss process,dairy operational knowledge,rural industry knowledge acquisition,decision support system
Obsolescence,Problem domain,End user,Computer science,Judgement,Decision support system,Knowledge management,Knowledge-based systems,Knowledge base,Knowledge acquisition
Journal
Volume
Issue
ISSN
21
8
Knowledge-Based Systems
Citations 
PageRank 
References 
4
0.43
8
Authors
4
Name
Order
Citations
PageRank
Shah Jahan Miah14813.24
Don Kerr2388.02
John G. Gammack3101.92
Tom Cowan440.43