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EN
This paper will present an On Board Unit (OBU), which is an integral part of planned ITS – acronym COOPERS. It will describe the structure, construction and components, ways of communication with the infrastructure (V2I) and with other vehicles (V2V), communication with on board information from CAN and OBD, usage of GPS signal, gyroscope, and user interface. The usage of OBU in the project enables to introduce new functionalities.
EN
The main objectives of all the types of implementation in the field of ITS include facilitation of road traffic that results from efficient utilization of the network of roads, improving road safety and efficient services for travellers. The scope of activities within ITS systems includes road traffic management, demand management, support for management of public transportation, information for passengers, management of vehicles’ fleet, management of incidents and support for rescue teams, advanced technologies inside vehicles and problems of electronic payments and collection of tolls. The ITS applications necessitates development of a strategic basis that regulates the principles of design, implementation and decision-making. Such a basis is provided by ITS architecture. This paper presents the standardization requirements and the structure of services in terms of ITS, discusses the organizational questions concerning architecture and presents current state in terms of development of the national ITS architecture
EN
Modern Intelligent Transport Systems (ITS) are now being widely deployed; in order to ensure that these deployments will bring maximum benefit to end users and other stakeholders, an ITS architecture, which defi nes how the deployed system would fi t into overall ITS structure, has to be defi ned. Help is available to achieve these goals from the European ITS Framework (FRAME) Architecture, now being upgraded by the European project E-FRAME. Within this project also the importance of mutual influence between standards and architecture is judged.
EN
This paper gives an overview on some chosen aspects of transportation planning process and decision making. This article aims to show how FRAME Architecture can be seen as a decision support tool for transportation planners, transportation engineers, IT engineers and decision making persons.
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