A joint reflectometry-optimization algorithm for mapping the topology of an unknown wire network
Résumé
Despite the fact that wireless systems are overwhelming most of nowadays applications, wiring networks are still forming a pivotal anchor in many controls and security units. Thus, ensuring the reliable operation of such networks necessitates investing in techniques dedicated for their protection. A vast majority of such methods rely on the presence of a reference model of the network. In this paper, we propose a nondestructive testing approach based on the tenets of reflectometry methods and genetic algorithms to retrieve the topology and load impedances of unknown embedded complex wiring networks.
Mots clés
Reference modeling
Optimization algorithms
Load impedance
Topology
Time domain analysis
Reflectometers
transferometry
reflectrometry
Reflection
Nondestructive examination
Load testing
Genetic algorithms
Reliable operation
Time domain reflectometry
Topology reconstruction
Wireless systems
Wiring network
wire network
cable
Optimization
diagnosis
defect
complexe wire network
signal processing
| Origine | Accord explicite pour ce dépôt |
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