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http://dx.doi.org/10.7840/kics.2016.41.8.974

Effective Routing Protocol Implementation Framework on Riverbed (OPNET) Modeler and its Example for AntHocNet  

Kim, Kwangsoo (Ajou University, Graduate School, Department of Computer Engineering)
Lee, Cheol-Woong (Ajou University, Graduate School, Department of Computer Engineering)
Shin, Seung-hun (Ajou University, Dasan University College)
Roh, Byeong-hee (Ajou University, Graduate School, Department of Computer Engineering)
Roh, Bongsoo (Agency of Defense Development)
Han, Myoung-hun (Agency of Defense Development)
Abstract
Riverbed Modeler, which is a commercial packet-level discrete event simulator is used to model, design, and simulate complicated communication protocols and large-scale network. Riverbed Modeler got credit for its reliability in field of network simulation. In the MANET simulation environment using Riverbed Modeler, it is very complicated to add a new routing protocol into existing architecture of routing protocols because it is required lots of modifications of protocol recognition. In this paper, we propose Routing Adding Framework which can reduce errors or mistakes during modifying the existing routing support architecture. Routing Adding Framework is provided as a adapter API for protocol recognition. and it is only minimum modifications for protocol identifiers when a new routing protocol is added to the child process of manet_mgr process which manages routing protocols for IP layer. With Routing Adding Framework, we can reduce less than half modification. Then, we shows an example of implementation of a hybrid routing protocol AntHocNet using Routing Adding Framework, and we verify its design and application of the Routing Adding Framework by obtaining simulation result with similar result given by AntHocNet.
Keywords
Riverbed Modeler; OPNET Modeler; Routing Adding F/W; Adapter Library; AntHocNet;
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Times Cited By KSCI : 4  (Citation Analysis)
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