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The location of the toll-roads in the Austrian Alps.  

The location of the toll-roads in the Austrian Alps.  

Source publication
Article
Full-text available
The paper describes engineering a system for a distributed Austrian Alpine road-pricing environment as well as the structure and organization of the software development. The client/server-based road-pricing system, handling on average 1.2 million vehicle transitions per month, had be to operational within a mere eight months after the start of the...

Contexts in source publication

Context 1
... planning and realization of the system concept in this paper is made for an Austrian road -pricing company, which runs the two geographically separated toll-routes through the mountain Arlberg and over the pass Brenner in the Austrian Alps (see fig. 1). Both toll-road systems, Arlberg and Brenner, have to work operationally indepen- dent, while the common administration of the toll-routes is located in a central office in the nearby city Innsbruck, which has to have direct access to the information at both routes. On the toll-roads considered in this paper you pay for the actual ...
Context 2
... toll-logic has to fulfil the following requirements for road -pricing systems in Austria: toll-route over the Brenner pass, that has one control- point on the highway and several others on approaches and descents, see fig. 1) have to be supported. Toll-systems that are based on "Vignette"-stickers or other forms of a general road-pricing system are not covered within this system. 2. Parametric representation of the rating model and cash-box configurations. All the rates have to be stored in tables independent of the specific physical design of the planned ...

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Citations

... • Vehicle to infrastructure (V2I) with decentralized communication (Z5): This is based on mounting roadside equipment that can provide functionalities to enable both communication and processing. A similar example is the Austrian toll system (Biffl et al., 1996;Mckinnon, 2006) based on a 5.8 GHz DSRC (CEN-DSRC) between the OBU and roadside equipment. • Vehicle-to-vehicle to infrastructure (V2V2I) Hybrid architecture (Z6): This architecture combines the advantages of the V2V and V2I options that were just discussed. ...
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