Revue de l'Information Scientifique et Technique

Information processing at the digital age

Description

The review aims at publishing research papers on any topic related to information processing at the digital age which includes but is not limited to: digital Libraries, Digital Humanities and Heritage, Artificial Intelligence, Natural Language Processing, Semantic Web Technologies, Linked Data, Databases, big data, Machine Learning, deep learning, computer vision, ... and other issues related to information access, ethics and privacy. The review welcomes papers in English, French and and Arabic from native Arabic speakers. Director of publication Nadjib Badache (CERIST, Algeria) Executive editor Hassina Aliane, (CERIST, Algeria) Editorial Board Abdelhak Lakhouadja (Mohamed First University, Morocco) Ahmed Abdelali (QCRI, Qatar) Ahmed Guessoum (USTHB, Algeria) Abdelfattah Hamdani (IERA, Morocco) Abdelkrim Meziane (CERIST, Algeria) Alexander Gelbukh (IPN, Mexico) Alexis Neme (Paris-8 University, France) Ali Farghaly (Oracle, USA) Amine Riadh Maouch (Boumerdes University, Algeria) Azzedine Maredj (CERIST, Algeria) Azzedine Mazraoui (Mohamed First University, Morocco) Eric Atwell (University of Leeds, UK) Eric Laporte (Paris-8 Univeristy, France) Farid Meziane (Salford, UK) Fatiha Sadat (UQAM, Canada) Fatma Zohra Bessai (CERIS, Algeria) Federico Boschetti (ICL A. Zampolli, Italy) Hadda Cherroun (Laghouat, University, Algeria) Hamid Azzoune (USTHB, Algeria) Hassina Aliane (CERIST, Algeria) Ismail biskri (Université Trois Rivières, Canada) Kais Haddar (University of Sfax, Tunis) Kamel Boukhalfa (USTHB, Algeria) Kamel Smaili (Loria, France) Kareem Darwich (QCRI, Qatar) Karim bouzoubaa (EMI, Morocco) Karima Akli, (USTHB, Algeria) Khaled Shaalan (British University of Dubai, UAE) Khaldoun Zreik (Paris-8 University, France) Lamia Hadrich Belguith (University of Sfax, Tunis) Mariem Gzara (Monastir, Tunis) Mathieu Lafoucarde (Montpellier University, France) Mohamed Benmohamed (Constantine University, Algeria) Mounir Zrigui (Monastir, Tunis) Mourad Loukam (Chlef University, Algeria) Mustapha Jarrar (Birzeit University, Palestine) Nadia Nouali (CERIST, Algeria) Nadjia Benblidia (Blida University, Algeria) Patrice Bellot (Aix- Marseille University, France) Philippe Blache (Aix- Marseille University, France) Omar Larouk (ENSSIB, France) Omar Nouali (CERIST, Algeria) Rabah Imache, (Boumerdes University, Algeria) Ruslan Mitkov (University of Wolverhampton, UK) Sahbi Sidhom (LORIA, France) Nasredine Semmar (CEA-LIST, France) Violetta Cavalli Sforza (Al Akhawayn University in Ifrane, Morocco) Vito Perelli (ICL A. Zampolli, Italy) Zaia Alimazighi (USTHB, Algeria)

21

Volumes

36

Numéros

304

Articles


Resistance against DoS attacks in VANETs using the IDS Snort

Rahal Rabah,  Kahya Noudjoud,  Ghoualmi-zine Nacira, 

Résumé: The Denial of Service (DoS) attack represents one of the most dangerous problems in the field of computer security. It purpose is to threaten the availability of a service or a system. Its application in a network like VANET (vehicular ad-hoc networks) could even cause fatal accidents. To combat this kind of vulnerability, we propose the use of an intrusion detection system (IDS) known as Snort. This IDS will allow us to detect it and fight it by applying a Tcp reset attack against the attacker, which is a computer attack that can be used for a beneficial reason. In this paper, we will implement Snort in a real vehicular network established at the University of Badji Mokhtar Annaba, Algeria. We will apply a DoS attack on a target vehicle. We will extract information about the throughput problems in order to create an image on the damages brought by the attacker on the target machine. We will study the effectiveness of Snort in fighting against the applied attack. Finally, we will study the impact of speed on Snort's effectiveness. The results shows the efficiency of Snort, were it decreased the rate of throughput problems caused by DoS with 51% at a speed of 20 km/h.

Mots clés: VANET ; Security ; DoS ; IDS ; Snort ; Tcp-reset ; Test-bed