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Comparison and performance analysis of AntNet and distance vector routing protocol in telecommunication networks Case study : XYZ company
Operating system performance in support of real-time middleware
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A modified version of rate-monotonic scheduling algorithm and its' efficiency as...
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Abdusy Syarif ; Harris Simaremare ; Pascal Lorenz
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Abstract: In this paper, we learn and adapt ant colony algorithm to know about the quality of services of routing protocol in broadband backbone infrastructure of XYZ Company. The objective of this research is XYZ Company need a basic research reference to realize broadband services such as Internet Protocol Television (IPTV) and digital television with the existing network infrastructure. In other words, company should not buy and build a new infrastructure to apply a new service. In that way the budget to buy new expensive devices could be allocated to another aspect. We perform our work by using simulation NS-2. In our method, we assume that all nodes are a router. We show through our deep experiments based on real network topology and also we compare AntNet routing protocol with distance vector routing protocol to learn their behavior and performance. The simulation result shows that AntNet routing protocol is better than distance vector in term of packet delivery ratio for larger packet size. However, in term of routing overhead and delay, AntNet produces higher header packet than distance vector routing protocol. Published in: Information and Communication Technology (ICoICT), 2013 International Conference of Date of Conference: 20-22 March 2013
INSPEC Accession Number: 13697601
Date Added to IEEE Xplore: 05 August 2013
DOI: 10.1109/ICoICT.2013.6574540
ISBN Information:
Publisher: IEEE Conference Location: Bandung, Indonesia
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IEEE Keywords Routing protocols, Vectors, Routing, Delays, Throughput
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INSPEC: Controlled Indexing telecommunication network topology, ant colony optimisation, broadband networks, IPTV, quality of service, routing protocols, telecommunication network reliability
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INSPEC: Non-Controlled Indexing header packet, performance analysis, telecommunication network, ant colony algorithm, quality of services, broadband backbone infrastructure, XYZ company, broadband service, Internet protocol television, IPTV, digital television, network infrastructure, simulation NS-2, router, network topology, AntNet routing protocol, distance vector routing protocol, network behavior, network performance, packet delivery ratio, packet size, routing overhead, delay
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Author Keywords Performance, AntNet, Distance Vector, Routing Protocol
Authors Abdusy Syarif GRTC Lab, University of Haute Alsace, France Harris Simaremare GRTC Lab, University of Haute Alsace, France Pascal Lorenz GRTC Lab, University of Haute Alsace, France
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