Title
Distributed Airport Simulation using CORBA and DIS
Abstract
This paper presents the SEEDS simulation environment for the evaluation of distributed traffic control systems. Starting with an overview of the general simulator architecture, the software modules and the derived hardware architecture of the simulation environment are described with respect to performance requirements. The communication architecture of the SEEDS simulator is based on the OMG's CORBA standard and the DIS simulation protocol. With the SEEDS prototype simulating airport ground-traffic, performance measurements evaluating critical design and implementation decisions are described. The main aspects of the performance analysis are the attained application performance using CORBA and DIS as communication middleware, and the scalability of the overall approach. The evaluation shows the appropriateness of the design of the simulation environment and the derived hard- and software architecture, which is flexible and open to further extensions. Moreover, the combination of CORBA and DIS provides a suited platform for distributed interactive simulation purposes because of their adequate performance, high scalability, and the high-level programming model which allows to rapidly develop and maintain complex distributed applications with high-performance requirements.
Year
DOI
Venue
1999
10.1109/PDSE.1999.779748
PDSE
Keywords
Field
DocType
performance analysis,communication architecture,airport simulation,performance requirement,adequate performance,performance measurement,seeds simulation environment,dis simulation protocol,application performance,interactive simulation purpose,simulation environment,air transportation,distributed objects,air traffic control,middleware,programming model
Middleware,Distributed object,Programming paradigm,Computer science,Common Object Request Broker Architecture,Distributed Interactive Simulation,Software architecture,Hardware architecture,Embedded system,Scalability
Conference
ISBN
Citations 
PageRank 
0-7695-0191-5
0
0.34
References 
Authors
3
5
Name
Order
Citations
PageRank
Günther Rackl1184.63
Thomas Ludwig227942.36
Filippo de Stefani3102.03
Antonello Pasquarelli451.86
Francois Héran520.75