DocumentCode
2949115
Title
Dealing with high workload in future naval command and control systems
Author
Calleja, José A Benito ; Troost, Jimmy
Author_Institution
Combat Syst.-Innovation, Thales Naval Nederland, Hengelo, Netherlands
Volume
1
fYear
2005
fDate
10-12 Oct. 2005
Firstpage
733
Abstract
In this paper we propose a system, the distributed adaptive task management system (DATMS), which assists operators and commanders to decide what tasks to perform, when, and by whom. It ensures that an acceptable level of workload is kept while tasks are carried out properly. The four modules that form the DATMS architecture are analyzed and solutions are provided: some guidelines are described for the workload measure module; a model based on relevant task and operator´s features is considered for the workload prediction module; a rule based expert system handling four workload segments and dealing with uncertainty and fuzziness is proposed for the task distribution module; and Jensen´s time/ utility functions are applied in the task scheduling module. A prototype demonstrates both the system architecture and the different solutions introduced in the modules.
Keywords
command and control systems; knowledge based systems; naval engineering computing; scheduling; task analysis; Jensen time function; Jensen utility function; distributed adaptive task management system; naval command and control system; relevant task performance; rule based expert system; task allocation; task distribution scheduling; uncertainty handling; workload measure module; workload measurement; workload prediction module; workload segment; Adaptive control; Adaptive systems; Command and control systems; Control systems; Guidelines; Innovation management; Programmable control; Prototypes; Scheduling; Technological innovation; Workload measurement; task allocation; task scheduling; taskload;
fLanguage
English
Publisher
ieee
Conference_Titel
Systems, Man and Cybernetics, 2005 IEEE International Conference on
Print_ISBN
0-7803-9298-1
Type
conf
DOI
10.1109/ICSMC.2005.1571234
Filename
1571234
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