Title :
Through-Life Capability Risk Management for Evolutionary Complex Military Vetronics
Author :
Ibarra, I. ; Melentis, J. ; Summers, D. ; Stipidis, E. ; Charchalakis, P. ; Ali, Falah
Author_Institution :
Dept. of Eng. & Design, Univ. of Sussex, Brighton
Abstract :
The inherent nature of military vetronic systems, whose core constituents are a combination of soft and hard real-time, distributed, and in most cases embedded systems with mixed criticality; inevitably poses a challenge as how to deal with multidimensional complexity. Such complexity is not only the result of the actual technologies used but the stringent demands to have more flexible, reliable, powerful, easier to update and maintain military vehicles. This paper looks at some of the dimensions of complex military vetronic systems, such as functional partitioning, modularity and architectural concepts; making use of relevant standards and guidelines for architecture and verification and validation activities, the implementation of a testbed for technology insertion; a lifecycle model tailored to cope with such demands, incorporating risk management at a system level.
Keywords :
automotive electronics; embedded systems; military vehicles; risk management; architectural concepts; embedded systems; evolutionary complex military vetronics; functional partitioning; multidimensional complexity; risk management; vehicle electronics; capability; military; risk management; vetronics;
Conference_Titel :
System Safety, 2008 3rd IET International Conference on
Conference_Location :
Birmingham
Print_ISBN :
978-0-86341-970-6