Paper Info
Title
Analytical Framework of Link Dynamics in Ad Hoc Network -- A Perspective in Queueing System
Abstract
In dynamic wireless networks, effective modeling on link behavior would lead the network protocol design towards a predictive and reasonable way. Emerging mobile ad hoc network (MANET), however, is of self-organizing and infrastructureless paradigm, where topology dynamics are highly related to many complicated parameters, such as node density, mobility model, and transmission range etc, which make it difficult to model. We propose a new modeling technique based on link-broken rate (LBR) so as to characterize topology dynamics. In the proposed scheme, a $M/G/\infty /\infty $ cyclic queuing model is created to analysis the characteristic of dynamic link and analytic expression derived to characterize the statistic for dynamic link. Employing the commercial simulation platform Qualnet, we set up series of simulation tests and evaluate our proposed model reasonably. The simulation results show that, our proposed dynamic link model can integrate the node density, mobility, velocity, and transmission range efficiently, which could help us essentially characterize the network. It could also provide meaningful theoretical results for analysis and simulation works for further studies on network dynamics.
Year
DOI
Venue
2010
10.1109/FCST.2010.38
FCST
Keywords
Field
DocType
topology dynamic,link behavior,queueing system,dynamic link,analytical framework,mobility model,commercial simulation platform,node density,link dynamics,ad hoc network,proposed dynamic link model,network dynamic,dynamic wireless network,mobile ad hoc network,topology,network protocol,network dynamics,routing protocols,self organization,wireless network,simulation,mobile communication,queueing theory,mobile ad hoc networks,network topology
Mobile ad hoc network,Wireless network,Network dynamics,Computer science,Mobility model,Computer network,Network topology,Queueing theory,QualNet,Wireless ad hoc network,Distributed computing
Conference
Citations 
PageRank 
References 
0
0.34
7
Authors
4
Name
Order
Citations
PageRank
Guangcheng Qin121.73
panlong yang245862.73
Chang Tian310519.53
Hao Yin477784.39