Vehicular Ad-hoc Networks contribute to the Intelligent Transportation Systems by providing a set of services related to traffic, mobility, safe driving, and infotainment applications. One of the most challenging applications is video delivery, since it has to deal with several hurdles typically found in wireless communications, like high node mobility, bandwidth limitations and high loss rates. In this work, we propose an integrated simulation framework that will provide a multilayer view of a particular video delivery session with a bunch of simulation results at physical (i.e., collisions), MAC (i.e., packet delay), application (i.e., % of lost frames), and user levels (i.e., perceptual video quality). With this tool, we can analyze the performance of video streaming over vehicular networks with a high level of detail, giving us the keys to better understand and, as a consequence, improve video delivery services.
Simulation Framework for Evaluating Video Delivery Services Over Vehicular Networks
2018-08-01
205192 byte
Conference paper
Electronic Resource
English
Live Video Streaming in Vehicular Networks
Tema Archive | 2014
|Live Video Streaming in Vehicular Networks
Springer Verlag | 2014
|Live Video Streaming in Vehicular Networks
British Library Conference Proceedings | 2014
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