Paper Info
Title
Generalized analytical expressions for end-to-end throughput of IEEE 802.11 string-topology multi-hop networks.
Abstract
It is an effective approach for comprehending network performance is to develop a mathematical model because complex relationship between system parameters and performance can be obtained explicitly. This paper presents generalized analytical expressions for end-to-end throughput of IEEE 802.11 string-topology multi-hop networks. For obtaining expressions, a relationship between the durations of the backoff-timer (BT) decrements and frame transmission is expressed by integrating modified Bianchi’s Markov-chain model and airtime expression. Additionally, the buffer queueing of each node is expressed by applying the queueing theory. The analytical expressions obtained in this paper provide end-to-end throughput for any hop number, any frame length, and any offered load, including most of analytical expressions presented in previous papers. The analytical results agree with simulation results quantitatively, which shows the verifications of the analytical expressions.
Year
DOI
Venue
2018
10.1016/j.adhoc.2017.11.009
Ad Hoc Networks
Keywords
Field
DocType
IEEE 802.11,Multi-hop networks,Throughput analysis,Hidden nodes,Markov-chain model,Queueing theory
IEEE 802.11,Expression (mathematics),Computer science,Computer network,Offered load,Queueing theory,Hop (networking),Throughput,String topology,Network performance
Journal
Volume
ISSN
Citations 
70
1570-8705
2
PageRank 
References 
Authors
0.38
30
6
Name
Order
Citations
PageRank
Kosuke Sanada1127.05
Nobuyoshi Komuro26010.11
Zhetao Li3313.49
Tingrui Pei44614.75
Young-June Choi521523.16
Hiroo Sekiya626144.66