Browsing by Author "Riahla, Mohamed Amine"

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    The Internet of Things Security Challenges: Survey
    (University of Eloued جامعة الوادي, 2022-01-24) Beggar, Inès; Riahla, Mohamed Amine
    The Internet of Things (IoT) and its security issues are gaining interest in recent years. It is more than necessary to take charge of them as soon as possible and to find specific solutions to the IoT. These allow it to wait for its full maturity and to take advantage of the simplicities it brings to our daily life. But to do so, it is necessary to identify and the master ins and outs of the problem which is developed in the present work. However, this paper aims on the one hand to present the Internet of Things in point form, and on the other hand to address the security of the same points as the presentation of the IoT. Moreover, the properties of the IoT are discussed and compared to traditional networks, also the level of security required according to the area of application and security from a point of view; actors of the IoT ecosystem. Besides, the existing architectures are examined in order to allow future research to selfpositioning and better understand the security issue.
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    MCBRA (Multi-agents Communities Based Routing Algorithm): A routing protocol proposition for UAVs network
    (University of Eloued جامعة الوادي, 2022-01-24) Boutalbi, Mohammed Chaker; Riahla, Mohamed Amine; Ahriche, Aimad
    Group missions of autonomous aerial vehicles have attracted a big interest in the last years due to its vast coverage area and its capability of executing complex tasks in a short amount of time. To ensure a high QoS in this collaborative work, the designed routing protocol must overcome the constraints imposed by this type of wireless ad hoc network that are mainly driven by the rapid mobility of the UAVs. In this paper, we give a brief overview on flying ad hoc routing protocols, then, we theoretically present and argue about our bio-inspired routing protocol proposition that uses a smart multi-agent system communities followed with some adaptations of two existing routing protocols that we believe it can deliver a higher QoS.