The authors describe is the suite of integrated network algorithms developed for use in models of a large Australian military HF tactical information network (HF modernisation project). They were developed to perform automatic node selection (routing), frequency selection, link maintenance and traffic management functions and rely upon a standard automatic link establishment (ALE) protocol for signalling. The aim of the algorithms is to optimise, for any set of traffic delivery criteria and traffic volume, the grade of service (GOS), the probability of servicing traffic within defined time constraints. To our knowledge, no such algorithms have previously been developed for large HF networks. We describe the new algorithms and demonstrate their effectiveness by simulation.
Advanced strategies for traffic and frequency management in large HF networks
01.01.1997
6 pages
Aufsatz (Zeitschrift)
Englisch
signalling , maintenance engineering , telecommunication traffic , telecommunication network routing , large HF networks , automatic node selection , radio networks , traffic delivery criteria , telecommunication computing , HF tactical information network , telecommunication network management , routing , automatic link establishment protocol , military communication , telecommunication signalling , link maintenance , traffic management , radio links , Australian military network , HF modernisation project , frequency management , grade of service , integrated network algorithms , protocols , mobile radio , traffic volume , frequency selection
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