Generic communication requirements of its-related mobile services as basis for seamless communications.
|Document type:||Conference Papers|
|Author(s):||Markus Fiedler, Stefan Chevul, Lennart Isaksson, Peter Lindberg, Johan Karlsson|
|Title:||Generic communication requirements of its-related mobile services as basis for seamless communications.|
|Conference name:||1st Conference on Next Generation Internet Networks Traffic Engineering|
|Organization:||Blekinge Institute of Technology|
|Department:||School of Engineering - Dept. of Telecommunication Systems (Sektionen för teknik – avd. för telekommunikationssystem)
School of Engineering S- 372 25 Ronneby
+46 455 38 50 00
|Authors e-mail:||email@example.com, firstname.lastname@example.org, email@example.com, firstname.lastname@example.org, email@example.com|
|Abstract:||In order to meet user expectations and to be of efficient help for people using or implementing Intelligent Transport Systems and Services (ITS), mobile ITS-related services need efficient support from the underlying communication systems, which in turn requires profound knowledge of those needs. As a first step towards an optimal automatic choice of communication technologies in order to provide for seamless communications, this paper groups services into generic groups and presents a framework to classify their needs in terms of availability, performance, security and cost in a generic manner. These needs are consequently seen from the user’s perspective, but formulated in a way such that they can be matched towards known network parameters. Upon comparing
needs with offers, the feasibility of a certain communication technology for a certain type of service can be determined both proactively and reactively, which helps to automatically select the right kind of connectivity in order to yield the desired degree of availability, performance, security and cost. We motivate for instance the need for determining and monitoring applicationperceived speeds, a multi-level security models and the one-stop service concept. We also provide an example on how these needs can be matched to offers by different networks.
Telecommunications\Overload Control in Intelligent Networks
|Keywords:||Seamless communications; Intelligent Transport|