Television has been one of the most important media used by man since its inception. It is, therefore, essential nowadays to find a method to optimize the transmission process and interaction with the end user. The widely used conventional transmission system is inefficient in many respects, taking into account the means of transmission and the lack of customization of content for users. Therefore, due to the steady growth and development of the Internet and IP-based information technologies, IP networks for the delivery of television content live and on-demand have begun to be used, where the user plays an active role.
RESUMENEn este artículo, se analiza la viabilidad de implementar una red móvil ad hoc que soporte servicios informativos, aplicado al sistema de transporte masivo Transmilenio en la ciudad de Bogotá (Colombia). Para conseguir este fin, se hace uso de un simulador de redes telemáticas como es NS-2 (Network Simulator), un simulador de redes de vehículos llamado SUMO (Simulation of Urban Mobility) y MOVE (Mobility model generator for Vehicular networks) una interfaz de conexión entre ambos simuladores. Finalmente, se analiza los problemas que acarrea implementar la red. ABSTRACTThis article explores the feasibility of implementing a mobile ad hoc network that supports information services, applied to Transmilenio Mass transportation system in Bogotá (Colombia). To achieve this goal, a telematic network simulator as NS-2 (Network Simulator), network simulator vehicles called SUMO (Simulation of Urban Mobility) and MOVE (Mobility model generator for Vehicular networks) interface connection between the two simulators are used. Finally, we analyze the problems associated with the network implementing.
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