This paper introduces an Intelligent Parking platform for a neighborhood electric vehicle in intelligent multimedia service environment that automatically maneuvering from a traffic lane to the designated spot guided by roadside servers and mobile device. Three challenging problems are considered: one is to consider both low-speed forward driving and several parking maneuvers at the same time with a few in-vehicle sensors and the second one is to control the various sizes and types of passengers vehicles. And the last one is localization and tracking based on video sequences. With the assumptions of low speed and well installed roadside sensors, the platform to deal with two types of parking missions is proposed in this paper. We conduct a feasibility test for verification of our proposed architecture, and we suggest a possible approach to car-sharing service that autonomous mobility vehicle can drive and valet-charge within the limited area in intelligent multimedia service environment.
KSP Keywords
Autonomous mobility service, Car-sharing, Feasibility test, In-vehicle Sensors, Intelligent Multimedia, Intelligent parking, Localization and tracking, Low speed, Mobile devices, Multimedia Service, Service environment
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