Issam Mahmoudi, Joseph Kamel, Ines Ben-Jemaa, Arnaud Kaiser, Pascal Urien,
Mahmoudi, Issam Kamel, Joseph Ben-Jemaa, Ines Kaiser, Arnaud Urien, PascalGlobal misbehavior detection in Cooperative Intelligent Transport Systems (C–ITS) is carried out ...
Tópico(s): Autonomous Vehicle Technology and Safety
2020 - Springer Nature | Advances in intelligent systems and computing
Nasreddine Hajlaoui, Issam Jabri, Maher Ben Jemaa,
Tópico(s): Cooperative Communication and Network Coding
2016 - Springer Science+Business Media | Wireless Networks
Nasreddine Hajlaoui, Issam Jabri, Maher Ben Jemaa,
The IEEE 802.11n standard promises to extend today’s most popular WLAN standard by significantly increasing reach, reliability, and throughput. Ratified on September 2009, this standard defines many new physical and medium access control (MAC) layer enhancements. These enhancements aim to provide a data transmission rate of up to 600 Mbps. Since June 2007, 802.11n products are available on the enterprise market based on the draft 2.0. In this paper we investigate the effect of most of the proposed ...
Tópico(s): Advanced Wireless Network Optimization
2022 - Iran University of Science and Technology | International Journal of Communication Networks and Information Security (IJCNIS)
Tesnim Mekki, Issam Jabri, Abderrezak Rachedi, Maher Ben Jemaa,
In this paper, we study the vehicular cloud access problem. We model it as an evolutionary game where the vehicles choose to cooperate or to access the conventional cloud through the LTE link. We focus on the centralised case, and we study the equilibrium of both homogeneous and heterogeneous players analytically. We propose an evolutionary game-based vehicular cloud access algorithm (EG-VCA). Moreover, we propose a distributed Q-learning-based vehicular cloud access algorithm (QL-VCA) that allows ...
Tópico(s): Transportation and Mobility Innovations
2019 - Inderscience Publishers | International Journal of Bio-Inspired Computation
Tesnim Mekki, Issam Jabri, Abderrezak Rachedi, Maher Ben Jemaa,
Vehicular Cloud Computing is a promising solution to exploit the underutilized vehicular resources and to meet the requirements of VANET applications and services. Although modern vehicles have important capacities of computation and storage, there is an increasing need for resources, in particular, for safety applications which require the cooperation between vehicles. The vehicular cloud offers to users the opportunity to rent resources on-demand or to share them freely to run their applications ...
Tópico(s): IoT and Edge/Fog Computing
2016 - Elsevier BV | Vehicular Communications
Issam Jabri, Tesnim Mekki, Abderrezak Rachedi, Maher Ben Jemaa,
Fog computing (FC) and multi-access edge computing (MEC) are two promising technologies that have been emerged to solve problems related to the access to the cloud computing (CC), mainly high latency and high bandwidth consumption. These two paradigms consist in enabling the cloud closer to users at the edge of the network. The pool of vehicular resources provided by the vehicular cloud (VC) can be exploited to process and store end users data instead of accessing remote servers. The combination of ...
Tópico(s): Privacy-Preserving Technologies in Data
2019 - Elsevier BV | Ad Hoc Networks
Issam Jabri, Abderrezak Rachedi, Tesnim Mekki, Maher Ben Jemaa,
In this paper, we study the vehicular cloud access problem. We model it as an evolutionary game where the vehicles choose to cooperate or to access the conventional cloud through the LTE link. We focus on the centralised case, and we study the equilibrium of both homogeneous and heterogeneous players analytically. We propose an evolutionary game-based vehicular cloud access algorithm (EG-VCA). Moreover, we propose a distributed Q-learning-based vehicular cloud access algorithm (QL-VCA) that allows ...
Tópico(s): Transportation and Mobility Innovations
2019 - Inderscience Publishers | International Journal of Bio-Inspired Computation