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- Article name
- ALGORITHMIC TECHNIQUE IMPLEMENTATION FOR MAGNETOMETRIC INTRUSION DETECTION SYSTEMS SIGNAL FORMATION MATHEMATICAL MODELS DEVELOPMENT
- Authors
- Dukhan E. I., , eduhan@pm.convex.ru, Troops Unit No. 69617, Yekaterinburg, Russia
Sazonov V. Yu., , v.u.sazonov@yandex.ru, Troops Unit No. 69617, Yekaterinburg, Russia
Zakharkin G. F., , v.u.sazonov@yandex.ru, Ural Federal University named after the first President of Russia B. N. Yeltsin, Yekaterinburg, Russia
- Keywords
- magnetometric intrusion detection system / signal formation / mathematical model / sensing element / simulation technique
- Year
- 2019 Issue 2 Pages 41 - 47
- Code EDN
- Code DOI
- Abstract
- The article presents mathematical models (MM) formation process for magnetometric intrusion detection systems (MagIDS) with either point sensing elements (SE) based on magnetoresistive detectors or distributed SE based on helical convertors. MM development is carried out within the algorithmic technique, based on the SE performance physical processes decomposition and IDS functioning abstract model compilation. The developed original models makes intruder induced signals numerical calculations for arbitrary straight-line paths possible. Numerical simulation technique implementation to the developed models allowed us to estimate implicit tactical characteristics of the MagIDS being investigated.
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