Large scale deployment of C-ITS: Impact assessment results of the C-Roads Greece pilots

This paper aims to provide insights related to the impact assessment and evaluation results from the use of CITS services in the Greek pilot of the CRoads Greece project, i.e., Attica Tollway and Egnatia Odos Tollway. The impact assessment and evaluation of the CITS services includes aspects related to user acceptance, real world pilot logs collected from the two pilots, and simulation experiments that were conducted for the impact assessment of the CITS services. The paper concludes with a roadmap and guidelines for the extended deployment of CITS services in the Greek highway and urban road networks.Comment: 18 page

CTMaaS: An innovative platform for C-ITS-enabled dynamic Traffic and Fleet Management as a Service

Fleet management systems have been one of the most important research fields in transportation science. Nowadays the enhancement of fleet management systems with technologies such as the Cooperative Intelligent Transport System (CITS) that allows fleets to communicate with their environment, with other vehicles or with the road infrastructure, resulting in safer and more efficient road travel. This paper aims to present the CTMaaS platform, a tool which integrates CITS services and traffic management processes to manage vehicle fleets. Starting with a literature review, the paper presents various fleet management systems, that have been developed in the last years, and the most typical CITS services. The next chapters present the CTMaaS platform, use cases, and methodology.Comment: 11 page

Cooperative and connected intelligent transport systems for sustainable European road transport

Intelligent Transport Systems (ITS) covers a wide range of products and solutions that deploy Information and Communication Technologies (ICT) aiming at improving traffic safety, transport efficiency, environmental efficiency, energy efficiency and driver comfort. The development and large-scale deployment of C-ITS (Cooperative ITS) will not only provide services for road users, but also substantially contribute to automated road transport. The project C-MobILE (Accelerating C-ITS Mobility Innovation and depLoyment in Europe) aims to stimulate large-scale, real-life and interoperable C-ITS deployments across Europe. It will establish research pilot sites for deployment of sustainable services that are supported by local authorities, and ensure interoperability and seamless availability of high-quality services for end users, that will be successful from a business perspective. The paper will present some preliminary results of C-MobILE, including recently developed business model for C-ITS deployment and an initial generic architecture, followed by some discussions