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Hopper: A simulation environment of a radio direction finding system
Auteur(s)
Date de parution
1998-2-15
In
Simulation Practice and Theory
Vol.
2
No
6
De la page
165
A la page
179
Revu par les pairs
1
Résumé
The rapidly evolving changes in wireless communication technologies increase the importance of radio-monitoring and surveillance. In this article we present a simulation environment for a scalable distributed model for radio-reconnaissance. The Hopper system is designed as a net of geographically distributed bearing units connected to a message-passing network of computers and commanded by a decentralized command unit. The model has been implemented in a portable simulation environment used to develop, test and analyze distributed identification methods based on structure recognition and pattern matching. We present a method that constructs in parallel synthesized pattern signatures by segmentation and that locates emitters by direction area intersections.
Identifiants
Type de publication
journal article
