An Analysis of HB-MAP Based on OPNET Simulation

HB-MAP （HB-mutual authentication protocol） is a mutual ultra-light-weight authentication protocol we have pro- posed before. In this paper, we present an HB-MAP simulation model. This model is based on the OPNET modeler and includes three parts, namely, the network model, the node model, and the pro...

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Published inWuhan University journal of natural sciences Vol. 18; no. 1; pp. 49 - 54
Main Authors Hou, Fangtian, Yang, Cheng, Liu, Jianbo, Zhang, Yichun, Tian, Jiayin, Zhang, Yakun
Format Journal Article
LanguageEnglish
Published Heidelberg Wuhan University 01.02.2013
Subjects
Authentication
Biomedical and Life Sciences
Channels
Computer Science
Computer simulation
Delay
Life Sciences
Materials Science
Networks
Queues
Running
Utilization
HB-MAP (HB-mutual authentication protocol)
OPNET modeler
analytical model
simulation results
TN 918.4
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Summary:HB-MAP （HB-mutual authentication protocol） is a mutual ultra-light-weight authentication protocol we have pro- posed before. In this paper, we present an HB-MAP simulation model. This model is based on the OPNET modeler and includes three parts, namely, the network model, the node model, and the process model. The simulation results are obtained mainly in the aspects of running time, queuing delay, throughput, and channel utilization. To show the performance of HB-MAP, simulation of two other protocols HB and LCAP （load-based concurrent access protocol） is also executed, and comparative analysis is carried out on the results. At the end of the paper, we show a simple process of the attacks and identify that the HB-MAP can defend against some attacks.
Bibliography:42-1405/N
HB-MAP （HB-mutual authentication protocol）;OPNET modeler; simulation results; analytical model
HB-MAP （HB-mutual authentication protocol） is a mutual ultra-light-weight authentication protocol we have pro- posed before. In this paper, we present an HB-MAP simulation model. This model is based on the OPNET modeler and includes three parts, namely, the network model, the node model, and the process model. The simulation results are obtained mainly in the aspects of running time, queuing delay, throughput, and channel utilization. To show the performance of HB-MAP, simulation of two other protocols HB and LCAP （load-based concurrent access protocol） is also executed, and comparative analysis is carried out on the results. At the end of the paper, we show a simple process of the attacks and identify that the HB-MAP can defend against some attacks.
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ISSN:1007-1202
1993-4998
DOI:10.1007/s11859-013-0892-1