Ifsttar PhD subject

French version
Detailed form :

Title : Method for detecting and recognizing cyber attacks by multi-layer monitoring

Main host Laboratory - Referent Advisor   -

Director of the main host Laboratory   -

PhD Speciality électronique

Axis of the performance contract 3 - COP2017 - Planning and protecting regions

Main location Lille-Villeneuve d'Ascq

Doctoral affiliation UNIVERSITE DES SCIENCES ET TECHNOLOGIE DE LILLE 1

PhD school SCIENCES POUR L'INGENIEUR (SPI)

Planned PhD supervisor FLEURY Anthony  -  IMT Douai  -  Département Informatique et Automatique

Planned PhD co-supervisor DENIAU Virginie  -  Université Gustave Eiffel  -  COSYS - LEOST

Planned financing Contrat doctoral  - Ifsttar

Abstract

Current developments in the transport sector provide to wireless communications an increasingly important role. These wireless communications can be established between vehicles, between vehicles and infrastructures or for passenger services. Many projects rely on these wireless technologies to optimize the transport of tomorrow and improve passenger services. At the same time, the presence of communciation terminals at the heart of vehicles can constitute points of entry into the transport systems permitting to carry out malicious actions and affect their good operation.
This work is focused on the surveillance of the EM signals present in the EM environment in order to detect critical actions. The signals which will be monitored and analysed may be EM signals exchanged between the communication terminals and data streams flowing on the data link layer. The idea is to identify relevant attack indicators, built from the simultaneous monitoring of these two layers and develop classification techniques to detect and qualify attacks.

Keywords : Electromagnetic interferences, electromagnetic environment, Cyber attacks, classification, detection

Main host Laboratory - Referent Advisor	-
Director of the main host Laboratory	-
PhD Speciality	électronique
Axis of the performance contract	3 - COP2017 - Planning and protecting regions
Main location	Lille-Villeneuve d'Ascq
Doctoral affiliation	UNIVERSITE DES SCIENCES ET TECHNOLOGIE DE LILLE 1
PhD school	SCIENCES POUR L'INGENIEUR (SPI)
Planned PhD supervisor	FLEURY Anthony - IMT Douai - Département Informatique et Automatique
Planned PhD co-supervisor	DENIAU Virginie - Université Gustave Eiffel - COSYS - LEOST
Planned financing	Contrat doctoral - Ifsttar
Abstract Current developments in the transport sector provide to wireless communications an increasingly important role. These wireless communications can be established between vehicles, between vehicles and infrastructures or for passenger services. Many projects rely on these wireless technologies to optimize the transport of tomorrow and improve passenger services. At the same time, the presence of communciation terminals at the heart of vehicles can constitute points of entry into the transport systems permitting to carry out malicious actions and affect their good operation. This work is focused on the surveillance of the EM signals present in the EM environment in order to detect critical actions. The signals which will be monitored and analysed may be EM signals exchanged between the communication terminals and data streams flowing on the data link layer. The idea is to identify relevant attack indicators, built from the simultaneous monitoring of these two layers and develop classification techniques to detect and qualify attacks.
Keywords :	Electromagnetic interferences, electromagnetic environment, Cyber attacks, classification, detection

List of topics

Applications closed