Paper Info
Title
An OSGi Based In-vehicle Gateway Platform Architecture for Improved Sensor Extensibility and Interoperability
Abstract
Numerous sensors will be required in current and future advanced safety vehicles to provide more intelligent and automated services in an intelligent transportation system environment.However, most existing vehicles using controller area network are limited by the lack of extensibility and interoperability among the sensors.In this paper, we present a smart car sensor network platform, which is an integrated sensor gateway based on the OSGi framework and AMI-C standards for vehicles. The platform improves both the extensibility of sensor by utilizing clustering methods and the interoperability by adopting open standard middleware. Furthermore, we have constructed a testbed environment to evaluate the performance of the SCSN platform using a virtual reality vehicle simulator and a vehicle network simulation tool. Through the simulation of realistic scenarios, the proposed platform demonstrates near real-time processing performance.
Year
DOI
Venue
2009
10.1109/COMPSAC.2009.203
COMPSAC (2)
Keywords
Field
DocType
smart car sensor network platform,automotive multimedia interface collaboration,road safety,in-vehicle gateway,lin,in-vehicle gateway platform architecture,intelligent sensors,integrated sensor gateway,interoperability,intelligent transportation system environment,ami-c,controller area network,open standard middleware,smart car sensor network,controller area networks,future advanced safety vehicle,traffic engineering computing,open service gateway initiative,automobiles,vehicle network simulation tool,proposed platform,osgi,clustering method,real-time processing performance,ami-c standard,improved sensor extensibility,existing vehicle,numerous sensor,virtual reality vehicle simulator,osgi based in-vehicle gateway platform architecture,middleware,testbed,internetworking,sensor clustering node,intelligent transportation system,scsn platform,can,logic gates,automatic control,open standard,control systems,protocols,near real time,virtual reality,sensor network,routing,network simulator,automotive engineering,intelligent transportation systems,intelligent networks
Middleware,Interoperability,Computer science,Intelligent sensor,Testbed,Default gateway,Intelligent transportation system,Wireless sensor network,Extensibility,Embedded system
Conference
Volume
ISSN
ISBN
2
0730-3157
978-0-7695-3726-9
Citations 
PageRank 
References 
5
0.67
2
Authors
4
Name
Order
Citations
PageRank
Pyungsun Park171.78
Hongbin Yim2111.82
Heeseok Moon371.10
Jaeil Jung417426.82