Publications

2019
Guezouli L, Barka K, Gourdache S, Boubiche DE. Self-organization Smart Protocol for Mobile Wireless Sensor Networks. 15th International Wireless Communications & Mobile Computing Conference (IWCMC) [Internet]. 2019. Publisher's VersionAbstract
In this paper, we propose a novel self-organization protocol for wireless sensor networks (WSNs) assisted by Unmanned Aerial Vehicle (UAV or Drone) called SSP (Self-organization Smart Protocol). In order to provide energy efficiency, low latency, high success rate and suitably interactions between sensors and UAVs while taking advantage of the air mobility (fly) and resource available on the UAVs in the network. The UAVs move according to RWP (Random Waypoint) mobility model. Each UAV, during its pause time at a known height, creates a temporary cluster, and acts as its head, collects and processes sensor data and performs actions on the environment based on the information gathered from sensor nodes in its cluster. Once an UAV detects a base station (BS) it forwards the collected data to it. The results of the simulations show the high performance of the proposed algorithm.
Guezouli L, Barka K, Gourdache S, Boubiche DE. Self-organization smart protocol for mobile wireless sensor networks. 2019 15th International Wireless Communications & Mobile Computing Conference (IWCMC). 2019 :1002-1006.
Guezouli L, Barka K, Gourdache S, Boubiche DE. Self-organization Smart Protocol for Mobile Wireless Sensor Networks. 15th International Wireless Communications & Mobile Computing Conference (IWCMC) [Internet]. 2019. Publisher's VersionAbstract
In this paper, we propose a novel self-organization protocol for wireless sensor networks (WSNs) assisted by Unmanned Aerial Vehicle (UAV or Drone) called SSP (Self-organization Smart Protocol). In order to provide energy efficiency, low latency, high success rate and suitably interactions between sensors and UAVs while taking advantage of the air mobility (fly) and resource available on the UAVs in the network. The UAVs move according to RWP (Random Waypoint) mobility model. Each UAV, during its pause time at a known height, creates a temporary cluster, and acts as its head, collects and processes sensor data and performs actions on the environment based on the information gathered from sensor nodes in its cluster. Once an UAV detects a base station (BS) it forwards the collected data to it. The results of the simulations show the high performance of the proposed algorithm.
Riad K, Hamza R, Yan H. Sensitive and Energetic IoT Access Control for Managing Cloud Electronic Health Records. IEEE AccessIEEE Access. 2019;7 :86384 - 86393.Abstract
Electronic health records (EHRs) replaced the old paper-based systems to make patient data more accurate, reliable, and more accessible. Yet, the EHRs system requires high transmission cost, energy, and waste of time for both doctors and patients. Furthermore, EHRs security presents a serious issue threatening the patient’s privacy. Most of the third-party hosting systems have some issues related to the users’ privacy and data security. Hence, it is necessary to restrict the access control policies and develop efficient mechanisms for cloud-based EHRs data. In this paper, a sensitive and energetic access control (SE-AC) mechanism is proposed for managing the cloud-hosted EHRs and providing a fine-grained access control even in critical situations. The proposed mechanism ensures the confidentiality of the patient’s data, where only authorized individuals to have permission to be able to edit or review certain of the patient’s data. Each EHR data is encrypted by the managing authority before submitting to the cloud storage. The requesting user can get dynamically changing permissions based on authentication and context attributes. In addition, seven major aspects have been quantified to assess the operation of any access control that could be deployed in the Internet-of-Thing (IoT). The security analysis indicates that the SE-AC mechanism is secure and will prevent any unauthorized access. The results show exceptional compatibility and performance with different setups and configuration.
Riad K, Hamza R, Yan H. Sensitive and Energetic IoT Access Control for Managing Cloud Electronic Health Records. IEEE AccessIEEE Access. 2019;7 :86384 - 86393.Abstract
Electronic health records (EHRs) replaced the old paper-based systems to make patient data more accurate, reliable, and more accessible. Yet, the EHRs system requires high transmission cost, energy, and waste of time for both doctors and patients. Furthermore, EHRs security presents a serious issue threatening the patient’s privacy. Most of the third-party hosting systems have some issues related to the users’ privacy and data security. Hence, it is necessary to restrict the access control policies and develop efficient mechanisms for cloud-based EHRs data. In this paper, a sensitive and energetic access control (SE-AC) mechanism is proposed for managing the cloud-hosted EHRs and providing a fine-grained access control even in critical situations. The proposed mechanism ensures the confidentiality of the patient’s data, where only authorized individuals to have permission to be able to edit or review certain of the patient’s data. Each EHR data is encrypted by the managing authority before submitting to the cloud storage. The requesting user can get dynamically changing permissions based on authentication and context attributes. In addition, seven major aspects have been quantified to assess the operation of any access control that could be deployed in the Internet-of-Thing (IoT). The security analysis indicates that the SE-AC mechanism is secure and will prevent any unauthorized access. The results show exceptional compatibility and performance with different setups and configuration.
Riad K, Hamza R, Yan H. Sensitive and Energetic IoT Access Control for Managing Cloud Electronic Health Records. IEEE AccessIEEE Access. 2019;7 :86384 - 86393.Abstract
Electronic health records (EHRs) replaced the old paper-based systems to make patient data more accurate, reliable, and more accessible. Yet, the EHRs system requires high transmission cost, energy, and waste of time for both doctors and patients. Furthermore, EHRs security presents a serious issue threatening the patient’s privacy. Most of the third-party hosting systems have some issues related to the users’ privacy and data security. Hence, it is necessary to restrict the access control policies and develop efficient mechanisms for cloud-based EHRs data. In this paper, a sensitive and energetic access control (SE-AC) mechanism is proposed for managing the cloud-hosted EHRs and providing a fine-grained access control even in critical situations. The proposed mechanism ensures the confidentiality of the patient’s data, where only authorized individuals to have permission to be able to edit or review certain of the patient’s data. Each EHR data is encrypted by the managing authority before submitting to the cloud storage. The requesting user can get dynamically changing permissions based on authentication and context attributes. In addition, seven major aspects have been quantified to assess the operation of any access control that could be deployed in the Internet-of-Thing (IoT). The security analysis indicates that the SE-AC mechanism is secure and will prevent any unauthorized access. The results show exceptional compatibility and performance with different setups and configuration.
Beddiaf Y, Zidani F, CHRIFI-ALAOUI L. Sensorless Speed Control of Induction Motor Used Differential Flatness Theory. International Conference on Electrical Engineering and Control Applications. 2019 :3-21.
Beddiaf Y, Zidani F, CHRIFI-ALAOUI L. Sensorless Speed Control of Induction Motor Used Differential Flatness Theory. International Conference on Electrical Engineering and Control Applications. 2019 :3-21.
Beddiaf Y, Zidani F, CHRIFI-ALAOUI L. Sensorless Speed Control of Induction Motor Used Differential Flatness Theory. International Conference on Electrical Engineering and Control Applications. 2019 :3-21.
Soraya T. Séroconversion HBs spontanée chez les porteurs chroniques du VHB suivis au service d’infectiologie de Batna. 4ème conférence internationale d’infectiologie. 2019.
AOUDIA I, BENHARZALLAH S, KAHLOUL L, KAZAR O. Service composition approaches for internet of things: a review. International Journal of Communication Networks and Distributed SystemsInternational Journal of Communication Networks and Distributed Systems. 2019;23 :194-230.
AOUDIA I, BENHARZALLAH S, KAHLOUL L, KAZAR O. Service composition approaches for internet of things: a review. International Journal of Communication Networks and Distributed SystemsInternational Journal of Communication Networks and Distributed Systems. 2019;23 :194-230.
AOUDIA I, BENHARZALLAH S, KAHLOUL L, KAZAR O. Service composition approaches for internet of things: a review. International Journal of Communication Networks and Distributed SystemsInternational Journal of Communication Networks and Distributed Systems. 2019;23 :194-230.
AOUDIA I, BENHARZALLAH S, KAHLOUL L, KAZAR O. Service composition approaches for internet of things: a review. International Journal of Communication Networks and Distributed SystemsInternational Journal of Communication Networks and Distributed Systems. 2019;23 :194-230.
Halim BA, Faiza T. Shot Boundary Detection: Fundamental Concepts and Survey. CITSC. 2019 :34-40.
Halim BA, Faiza T. Shot Boundary Detection: Fundamental Concepts and Survey. CITSC. 2019 :34-40.
Ourlis L, Bellala D. SIMD Implementation of the Aho-Corasick Algorithm Using Intel AVX2. Scalable Computing: Practice and ExperienceScalable Computing: Practice and Experience. 2019;20 :563-576.
Ourlis L, Bellala D. SIMD Implementation of the Aho-Corasick Algorithm Using Intel AVX2. Scalable Computing: Practice and ExperienceScalable Computing: Practice and Experience. 2019;20 :563-576.
Bahloul NEH, Bashir N, Boudjit S, Boubiche DE. A Simple Proactive Routing Protocol with Multiple Base Stations Deployment for Unmanned Aerial Vehicular Networks. 2019 Global Information Infrastructure and Networking Symposium (GIIS). 2019 :1-6.
Bahloul NEH, Bashir N, Boudjit S, Boubiche DE. A Simple Proactive Routing Protocol with Multiple Base Stations Deployment for Unmanned Aerial Vehicular Networks. 2019 Global Information Infrastructure and Networking Symposium (GIIS). 2019 :1-6.

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