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Salem Nasri

A survey and comparative study of QoS aware broadcasting techniques in VANET
2017 · Abir Mchergui, Tarek Moulahi, et al. · Telecommunication Systems · 64
Automatic recognition of woven fabrics based on texture and using SVM
2009 · Yassine Ben Salem, Salem Nasri · Signal Image and Video Processing · 52
Enhancing VANETs Broadcasting Performance with Mobility Prediction for Smart Road
2020 · Abir Mchergui, Tarek Moulahi, et al. · Wireless Personal Communications · 21
Texture classification of woven fabric based on a GLCM method and using multiclass support vector machine
2009 · Yassine Ben Salem, Salem Nasri · International Multi-Conference on Systems, Signals & Devices (SSD) · 21
Relay Selection Based on Deep Learning for Broadcasting in VANET
2019 · Abir Mchergui, Tarek Moulahi, et al. · International Wireless Communications and Mobile Computing Conference (IWCMC) · 20
Communication system for industrial automation
2002 · B. Maaref, S. Nasri, et al. · IEEE International Symposium on Industrial Electronics (ISIE) · 16
An approach for end-to-end QoS and network resources management
2005 · Abdelhamid Helali, Adel Soudani, et al. · Computer Standards & Interfaces · 15
QoS evaluation model based on intelligent fuzzy system for vehicular ad hoc networks
2020 · Abir Mchergui, Tarek Moulahi, et al. · Computing · 14
Broadcasting based on dominated connecting sets with MPR in a realistic environment for WSNs & ad hoc
2012 · Tarek Moulahi, Salem Nasri, et al. · Journal of Network and Computer Applications · 13
BaaS: Broadcast as a service cross-layer learning-based approach in cloud assisted VANETs
2020 · Abir Mchergui, Tarek Moulahi, et al. · Computer Networks · 12
QoS‐aware broadcasting in VANETs based on fuzzy logic and enhanced kinetic multipoint relay
2019 · Abir Mchergui, Tarek Moulahi, et al. · International Journal of Communication Systems · 12
Rotation invariant texture classification using Support Vector Machines
2011 · Yassine Ben Salem, Salem Nasri · International Conference on Communications, Computing and Control Applications · 10
Study of Network on Chip resources allocation for QoS Management
2006 · Abdelhamid HELALI, Adel SOUDANI, et al. · Journal of Computer Science · 9
QoS and network resources management for communication in distributed manufacturing processes
2002 · Adel Soudani, Salem Nasri, et al. · Computers in Industry · 9
An energy aware MPR-based broadcasting algorithms for wireless sensor networks
2011 · Tarek Moulahi, Herve Guyennet, et al. · International Conference on Selected Topics in Mobile and Wireless Networking (MoWNeT) · 8
Amelioration of MPR by a backbone-based broadcasting algorithm for WSNs
2012 · Tarek Moulahi, Salem Nasri, et al. · International Conference on Information Technology and e-Services (ICITeS) · 7
New Approach of QoS Metric Modeling on Network on Chip
2011 · Salem Nasri · International Journal of Communications Network and System Sciences · 7
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Fairness of High-Speed TCP Protocols with Different Flow Capacities
2009 · Rachid Mbarek, Mohamed Tahar Ben Othman, et al. · Journal of Networks · 7
Automatic Classification of Woven Fabrics using Multi-class Support Vector Machine
2009 · Yassine Ben Salem, Salem Nasri · Research Journal of Textile and Apparel · 7
Performance Evaluation of Competing High-Speed TCP Protocols.
2008 · Rachid Mbarek, Mohamed Tahar, et al. · 7
Performance evaluation of an MMS/ATM implementation
2002 · B. Maaref, S. Nasri, et al. · IEEE International Workshop on Factory Communication Systems (WFCS) · 6
Reliable relay‐based broadcasting through formal concept analysis for WSNs
2016 · Tarek Moulahi, Sami Touil, et al. · Security and Communication Networks · 5
Fault-tolerant flooding through formal concept analysis for wireless sensor networks
2014 · Tarek Moulahi, Salem Nasri, et al. · 5
Network on Chip: a New Approach of QoS Metric Modeling Based on Calculus Theory
2011 · Salem NASRI · International journal of Computer Networks & Communications · 5
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Classification of tissues by neural network
2005 · Y. Ben Salem, S. Nasri, et al. · IEEE International Conference on Electronics, Circuits and Systems (ICECS) · 5
Works count: 55
Citation count: 398
H-index: 11
I10-index: 12
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