Análisis del protocolo NeMHIP en escenarios interurbanos

[ES]En este documento se encuentra descrito el Trabajo Fin de Grado realizado sobre el análisis del protocolo NeMHIP en entornos vehiculares en escenarios interurbanos. Con el objetivo de introducir este protocolo para gestionar las comunicaciones en redes de dispositivos en escenarios vehiculares, es interesante analizar su rendimiento en distintos escenarios, en este caso concreto en escenarios interurbanos.

Análisis de rendimiento de aplicaciones ITS con el protocolo de gestión de movilidad de redes NeMHIP

[ES]Este estudio tiene como objetivo analizar el rendimiento de diferentes aplicaciones ITS sobre el protocolo de movilidad de redes NeMHIP, el cual garantiza un alto nivel de seguridad y de calidad de servicio. En primer lugar, se seleccionarán las diferentes aplicaciones. A continuación, se identificarán los parámetros más significativos para medir el rendimiento y se definirá un plan de pruebas y un escenario. Posteriormente se realizarán las medidas con las aplicaciones previamente seleccionadas, y por último se analizarán los resultados obtenidos para determinar la eficiencia de cada aplicación sobre el protocolo NeMHIP.

Analytical efficiency evaluation of a network mobility management protocol for Intelligent Transportation Systems

One of the major concerns in an Intelligent Transportation System (ITS) scenario, such as that which may be found on a long-distance train service, is the provision of efficient communication services, satisfying users' expectations, and fulfilling even highly demanding application requirements, such as safety-oriented services. In an ITS scenario, it is common to have a significant amount of onboard devices that comprise a cluster of nodes (a mobile network) that demand connectivity to the outside networks. This demand has to be satisfied without service disruption. Consequently, the mobility of the mobile network has to be managed. Due to the nature of mobile networks, efficient and lightweight protocols are desired in the ITS context to ensure adequate service performance. However, the security is also a key factor in this scenario. Since the management of the mobility is essential for providing communications, the protocol for managing this mobility has to be protected. Furthermore, there are safety-oriented services in this scenario, so user application data should also be protected. Nevertheless, providing security is expensive in terms of efficiency. Based on this considerations, we have developed a solution for managing the network mobility for ITS scenarios: the NeMHIP protocol. This approach provides a secure management of network mobility in an efficient manner. In this article, we present this protocol and the strategy developed to maintain its security and efficiency in satisfactory levels. We also present the developed analytical models to analyze quantitatively the efficiency of the protocol. More specifically, we have developed models for assessing it in terms of signaling cost, which demonstrates that NeMHIP generates up to 73.47% less signaling compared to other relevant approaches. Therefore, the results obtained demonstrate that NeMHIP is the most efficient and secure solution for providing communications in mobile network scenarios such as in an ITS context.