사용자 통화 특성을 고려한 무선 네트워크 시뮬레이터 구현
Implementation of Wireless Network simulator considering a User's Call Characteristics
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초록
Traditionally, simulation method is used to test and evaluate the performance of communication protocol or functional elements for mobile communication service. In this paper, wireless network simulator is implemented using the C++ object-oriented programming language. This simulator can simulate wireless data services, like as ad-hoc networks, by considering the user’s mobility. In this paper, the simulator includes network traffic model to reflect wireless data service and traffic source model to represent a user's mobility similar to real service environment and traffic characteristics can be reflected on the simulation, and also more accurate simulation results can be got through that. In addition, by using object-oriented techniques, new service feature or environment can be easily added or changed so that the developed mobile communication simulator can reflect the real service environment all the time. This simulator can be used in adjusting the characteristics of wireless data hosts following the mobility of the user, and also can be used in building new wireless ad-hoc network routing protocols.
Abstract
Traditionally, simulation method is used to test and evaluate the performance of communication protocol or functional elements for mobile communication service. In this paper, wireless network simulator is implemented using the C++ object-oriented programming language. This simulator can simulate wireless data services, like as ad-hoc networks, by considering the user’s mobility. In this paper, the simulator includes network traffic model to reflect wireless data service and traffic source model to represent a user's mobility similar to real service environment and traffic characteristics can be reflected on the simulation, and also more accurate simulation results can be got through that. In addition, by using object-oriented techniques, new service feature or environment can be easily added or changed so that the developed mobile communication simulator can reflect the real service environment all the time. This simulator can be used in adjusting the characteristics of wireless data hosts following the mobility of the user, and also can be used in building new wireless ad-hoc network routing protocols.
참고문헌 (15)
- Christian Hartmann, "Teletraffic Analysis of SDMA-Systems with Inhomogeneous MS Location Distribution and Mobility", Wireless Personal Communications (1999)
- Dmitri Moltchanov, "On-Line Wireless Channel Modeling for Performance Control Purposes", Next Generation Teletraffic and Wired, 2008, ~
- P. E. Wirth, "The Role of Teletraffic modeling in the New Communications Paradigms", IEEE Communication Mag. (1997)
- K. Tutschku, "Spatial Traffic Estimation and Characterization for Mobile Communication Network Design", IEEE J. Select. Areas Communication Mag. (1998)
- Nail Akar, "TELPLACK：An Advanced Teletraffic Analysis Package", IEEE Communication Mag. (1998)
- Hauro Akimaru, "Teletraffic：Theory and Applications" (1993), Springet-Verlag
- K. Tutschku, "Spatial Traffic Estimation and Characterization for Mobile Communication Network Design", IEEE J. Select. Areas Communication Mag. (1998)
- D. Hong, "Traffic model and Performance Analysis for Cellular Mobile Radio Telephone Systems with Prioritized and Non-prioritized handoff procedures", IEEE Trans. Veh. Technol. (1986)
- M. Inoue, "Performance Analysis of Microcellular Mobile Communication systems", IEEE Veh. Technol. Conf., pp.135~139 (1994)
- Vijay K. Grag, "Wireless and Personal Communications Systems" (1996), IEEE Press
- "MobSim：A GSM Network Simulator"[URL]
- 김성윤, "CDMA 이동통신 시스템 무선망 시뮬레이터 및 성능 분석", Telecommunications Review, 6(5)