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CSP Conferences with Published Papers

MIC-CSP 2011, Dubai
6 Papers
Papers Published at MIC-CSP 2011
All 6 Papers
IDAuthors and TitlePages
20.Cnf-9 Dr. Yahia Kourd, Prof. Noureddine Guersi and Prof. Dimitri Lefebvre, A Two Stages Diagnosis Method with Fuzzy Logic and Neuronal Networks1-5
20.Cnf-56 Mr. Brahim Metidji, Mr. Nabil Taib and Prof. Toufik Rekioua, A Simple Robust Method to Reduce Torque Ripple in Induction Motor DTC Drives Using Matrix Converters6-11
20.Cnf-65 Mr. Saifur R. Sabuj, Mr. Anisur Rahman, Mr. Obaidul Hoque, Mr. Bazlur Rahman and Mr. Ifteder U. Mahmud, Design of Automatic Power Transfer and Load Dump Controller12-19
20.Cnf-66 Ms. Uzma Siddique, Mr. Laeeq Ahmed and Prof. Habibullah Jamal, Performance Analysis of 2D Pilot-Assisted Channel Estimation for OFDM Communication Systems20-24
20.Cnf-67 Ms. Uzma Siddique, Mr. Laeeq Ahmed and Prof. Habibullah Jamal, Scattered Spectrum Sensing (SSS) in Cognitive Radio Adhoc Networks25-29
20.Cnf-79 Mr. Lotfi Bendaouia, Mr. Fay├žal Ykhlef, Mrs. Wahiba Benzaba, Mr. Oussama Kerdjidj, Mr. Hamid Meraoubi, Prof. Omar Zemirli, Dr. Hassen Daoud, Dr. Si Mahmoud Karabernou, Dr. Lounis Kessal and Dr. Hassen Salhi, Fast DWT Based FPGA Implementation For Medical Application30-35
20.Cnf-67 Paper View Page
Title Scattered Spectrum Sensing (SSS) in Cognitive Radio Adhoc Networks
Authors Ms. Uzma Siddique, University of Engineering and Technology, ,
Mr. Laeeq Ahmed, University of Engineering and Technology, ,
Prof. Habibullah Jamal, University of Engineering and Technology, ,
Abstract Spectrum sensing is a key enabling functionality in cognitive radio (CR) networks, where the CRs act as secondary users that opportunistically access free frequency bands. Scattered spectrum sensing (SSS) enables a Cognitive Radio (CR) network to reliably detect licensed users and avoid causing interference to licensed communications. The data fusion technique is a key component of SSS. Byzantine failure problem with respect to data fusion is discussed, which may be caused by either malfunctioning sensing terminals or Spectrum Sensing Statistics Erroneous attacks (SSSE). In this paper various data fusion techniques will be investigated focusing on their robustness against Byzantine failures. Existing data fusion techniques use a fixed number of samples a new technique. A new technique is proposed that uses a variable number of samples. Evaluation of the proposed technique is made by comparing it with a variety of data fusion techniques in a network operating with multiple nodes conditions. Simulation results indicate that proposed technique performed better than against the Byzantine failure problem among the existing the data fusion techniques.
Track CNA: Communication Networks and Applications
Conference 1st International Conference on Communications and Signal Processing (MIC-CSP 2011), 2-4 April 2011, Dubai, UAE
Pages 25-29
Topics Wireless Ad hoc Networks
Communication Networks
ISSN 2227-331X
Paper Views 35 Paper Views Rank 25/452
Paper Downloads 27 Paper Downloads Rank 30/452
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