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Update on Wednesday, 24 January 2024: Prof. Arwa Zabian becomes Chairperson of MIC-Wireless 2024.
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  • CNIT
  • GC-CNIT 2009
  • 14.Cnf-665
Papers Published at GC-CNIT 2009
All 10 Papers
IDAuthors and TitlePages
14.Cnf-50 Dr. Iman Almomani
Ms. Maryam Al-Sharief
Ms. Rawa'a Aljabaly
Building reputation of suspicious nodes in cluster-based intrusion detection system for wireless sensors networks
1-5
14.Cnf-51 Dr. Iman Almomani
Ms. Ola Karajeh
Ms. Lamya Abdullah
Pre-authenticator and adaptive window-based DoS containing scheme for broadcast authentication in wireless sensor networks
6-12
14.Cnf-583 Dr. Abdulkader O. Alwer

New Method to reduce Latency in Fast Handover for MIPv6 on Predictive Mode
13-21
14.Cnf-599



Harmonic Based Patching Scheme for VOD
22-29
14.Cnf-603 Dr. Amer M. Al Canaan
Prof. Ahmed Khoumsi
Analysis and Quantification of Multimedia Web Services Performance Utilising Binary Data Compression
30-35
14.Cnf-665
Polynomial-Time Decodable Fingerprinting Codes for Multimedia
36-41
14.Cnf-695
A New Intrusion Detection System Model for Local Network Based on Support Vector Machine
42-46
14.Cnf-750
NEW SCHEME TO REDUCE DISCOVERY DELAY IN WIRELESS MESH NETWORKS BASED ON HANDOFF HISTORY
47-52
14.Cnf-829
Performance Analysis of Concurrent Transmission in Multi-hop Wireless Mesh Networks
53-59
14.Cnf-830 Muhammad Q. Khan
Prof. Steinar H. Andresen
Application of media independent handover (MIH) for intra technology handover
60-63
14.Cnf-665 Paper View Page
Title Polynomial-Time Decodable Fingerprinting Codes for Multimedia
Authors , , ,
Abstract Digital fingerprinting codes to protect copyrights of distributed contents in a multimedia distributing system are considered. In digital fingerprinting, collusion attacks, in which several fingerprinted copies of the same content are mixed to create a forged content, should be deterred. In this paper, a concatenated coding scheme, in which an error-correcting code is concatenated with a collusion-secure code, is proposed. The new fingerprinting codes require only polynomial-time complexity in the overall code length for encoding and decoding, while they guarantee the perfect detection of all the colluders in the absence of noise. A sufficient condition on outer codes’ parameters assuring error correcting capability as well as the perfect detection of colluders is also derived, which is important in the presence of noise.
Track MMC: Multimedia Communications
Conference 3rd Mosharaka International Conference on Communications, Networking and Information Technology (MIC-CNIT 2009)
Congress 2009 Global Congress on Communications, Networking and Information Technology (GC-CNIT 2009), 21-23 December 2009, Amman, Jordan
Pages 36-41
Topics Multimedia Coding and Compression
Multimedia Signal Processing
ISSN 2227-331X
DOI
BibTeX @inproceedings{665CNIT2009,
title={Polynomial-Time Decodable Fingerprinting Codes for Multimedia},
author={ },
booktitle={2009 Global Congress on Communications, Networking and Information Technology (GC-CNIT 2009)},
year={2009},
pages={36-41},
doi={}},
organization={Mosharaka for Research and Studies} }
Paper Views 18 Paper Views Rank 361/524
Paper Downloads 23 Paper Downloads Rank 66/524
GC-CNIT 2009 Visits: 1197||MIC-CNIT 2009 Visits: 966||MMC Track Visits: 263