@article {6524,
	title = {CARTEE: congestion avoidance with reliable transport and energy efficiency for multimedia applications in wireless sensor networks},
	journal = {Wireless Networks},
	volume = {26},
	number = {3},
	year = {2020},
	pages = {1803-1822},
	publisher = {Springer},
	isbn = {1572-8196},
	author = {Abderrezak Benyahia and Azeddine Bilami and Maamar Sedrati}
}
@article {3824,
	title = {CARTEE: congestion avoidance with reliable transport and energy efficiency for multimedia applications in wireless sensor networks},
	journal = {Wireless Networks},
	volume = {26},
	number = {167},
	year = {2018},
	pages = {1{\textendash}20},
	abstract = {
	Reliable data transport is an essential requirement for many multimedia applications in wireless sensor networks. Actually, an efficient transport protocol for these applications must take into account not only reliability and energy consumption factors but also memory occupancy and data delivery delay. Recently, many research works have been conducted in this area, however the proposed protocols treat some of these aspects and neglect others. Contrarily, in this paper we present a novel transport solution designed to provide 100\% reliability without making light of other factors. Through different mechanisms, we attempt to reach this objective with congestion avoidance and good performances in terms of energy consumption, delivery delay, and memory storage. The proposed protocol, called congestion avoidance with reliable transmission and energy efficiency (CARTEE), attains these goals through several mechanisms, namely: fixed sliding window transmission, alternative implicit/explicit acknowledgement, a new congestion detection technique, and distributed transmission rate adjustment. To evaluate the proposed protocol, we have conducted simulations using ns-3. The obtained results confirm the efficiency and scalability of CARTEE and demonstrate that it outperforms the recent proposed transport protocols in terms of reliability, congestion avoidance, data cache occupancy, and latency.

},
	author = {Abderrezak Benyahia and Azeddine Bilami and Maamar Sedrati}
}
@article {3827,
	title = {Multipath Routing to Improve Quality of Service for Video Streaming Over Mobile Ad Hoc Networks},
	journal = {Wireless Personal Communications},
	volume = {99},
	number = {2},
	year = {2017},
	pages = {999{\textendash}1013},
	abstract = {
	Providing quality of service (QoS) for real-time multimedia applications such as video streaming in mobile ad hoc networks (MANETs) is an important challenge. MANETs are characterized by lack of fixed infrastructure, dynamic topology, and limited resources that make more difficult multimedia applications transport and run on this networks. To overcome this challenge, video coding techniques combined to multiple routing paths (multipath) is a promising technique for supporting transmission of multiple video streams with appropriate QoS over mobile ad hoc networks. In this paper, firstly, many issues and different techniques for video streaming over MANET have been reviewed and secondly two multi paths routing protocols (M-AODV and MDSDV) have been evaluated in order to improve QoS for real-time multimedia applications. Results show that none of these two protocols is better than the other. In certain situations (throughput and load network with high mobility) is M-AODV but in others (network load and reliability for large-scale network) is MDSDV protocol which displays good performance. It is also noted that these two protocols provide between acceptable and good quality and a small jitter regardless of nodes number in medium mobility.

},
	author = {Maamar Sedrati and Abderrezak Benyahia}
}
