Title
ShoX: An Easy to Use Simulation Platform for Wireless Networks
Abstract
For the evaluation of wireless network protocols, simulation has established itself as a good compromise between cost and complexity, on the one hand, and accuracy of results, on the other hand. Most established network simulators, however, were originally developed for wired networks and only later extended to the wireless domain. Some simulators like Opnet are not even restricted to communication networks at all, but can be used to simulate all kinds of networked systems. In this paper, we present ShoX, a network simulator explicitly designed for the simulation of wireless networks. Together with its strong GUI support, this allows a very efficient development and evaluation of network protocols without any considerable learning curve. All relevant concepts known from the domain of wireless networks like nodes, links, OSI layers, packets, mobility, signal propagation and traffic models are directly available. Defining new layers, packets or models is as easy as subclassing the existing abstract classes which ensures at compile time that all required methods are provided by the user. ShoX is completely based on Java and XML, thus superseding to learn unfamiliar languages like Tcl or NED. It features an integrated GUI for configuration, visualization and statistics.
Year
DOI
Venue
2008
10.1109/UKSIM.2008.32
UKSim
Keywords
Field
DocType
osi layer,simulation platform,integrated gui,wireless network,network simulator,network protocol,wireless domain,established network simulator,wireless networks,wireless network protocol,communication network,strong gui support,network visualization,communication networks,xml,java,learning curve,open systems,graphical user interfaces,wireless application protocol
Wireless network,Telecommunications network,Computer science,Compile time,Network packet,Computer network,Network simulation,OSI model,Wireless Application Protocol,Communications protocol,Distributed computing
Conference
ISSN
Citations 
PageRank 
2381-4772
27
1.99
References 
Authors
1
3
Name
Order
Citations
PageRank
Johannes Lessmann113414.73
Tales Heimfarth215522.72
Peter Janacik3789.42