Title :
Automotive context-aware policy system for car connectivity requests
Author :
Copeland, Rebecca
Author_Institution :
Inst. Telecom-Mines, Telecom Sud-Paris, Paris, France
Abstract :
Connectivity services now provide a competitive edge in the automotive industry. As the range of automotive applications grows, better policy-based control is needed. This paper proposes a Context-Aware Policy System (CAPS) for the motoring industry, which enables offering advanced communication-based services to a captive customer-base of private and corporate vehicles, particularly to enterprise carfleets. The automotive manufacturer needs the policy server to provide means of selecting service delivery parameters (urgency/priority, bandwidth/QoS, variable capping limits, and security levels) according to cars´ current situation and the type of requested service. The system is particular useful for large car fleets, where the Enterprise can set their own context-based priorities, selective funding and risk mitigating actions. This requires merging context and policy from several stakeholders: the Carrier, the Automotive Service provider and the Enterprise.
Keywords :
automobile industry; mobile radio; ubiquitous computing; CAPS; advanced communication-based service; automotive context-aware policy system; automotive industry; automotive manufacturer; car connectivity request; connectivity service; corporate vehicle; enterprise carfleet; motoring industry; policy-based control; private vehicle; service delivery parameter; Automotive engineering; Business; Context; IEEE 802.11 Standards; Security; Vehicles; Wireless LAN; Bill-shock; Connectivity Policy; Context; Corroborative Aggregation; MCIM; car-SIM; eCall; embedded UICC;
Conference_Titel :
Intelligence in Next Generation Networks (ICIN), 2015 18th International Conference on
Conference_Location :
Paris
DOI :
10.1109/ICIN.2015.7073818