1. Evaluation of performance of protocol MIPv6 using the aeronautical telecommunicaton networking (ATN)
- Author
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Magali Andreia Rossi, Francisco Javier Ramírez Fernandez, João Batista Camargo Júnior, and Ítalo Romani de Oliveira
- Subjects
Router ,computer.internet_protocol ,Computer science ,business.industry ,ComputerSystemsOrganization_COMPUTER-COMMUNICATIONNETWORKS ,Civil aviation ,Air traffic control ,IPv6 ,Internet protocol suite ,Scalability ,Transport layer ,The Internet ,business ,computer ,Computer network - Abstract
Atualmente a utilização do padrão IPS (Internet Protocol Suite) na ATN compreende os conceitos de mobilidade IP, de convergência na comunicação ar-terra e também as sub-redes ATN em terra. A ICAO (International Civil Aviation Organization) cita a ATN/IPS que é baseada em conexões suportadas pelos protocolos TCP e UDP na camada de transporte e IPv6 na camada de rede. A ATN/IPS deve ser capaz de suportar o ATSC (Air Traffic Service Communication), o AAC (Aeronautical Administrative Communications), bem como o AOC (Aeronautical Operational Communications). Tendo em vista tal panorama, este trabalho de pesquisa aborda um estudo sobre o comportamento do protocolo MIPv6 para a mobilidade IP, analisando a capacidade de roteamento das aeronaves com o objetivo de complementar o serviço de navegação de forma mais precisa, introduzindo-se o conceito de mobilidade à capacidade de flexibilidade e escalabilidade para as aeronaves e os sistemas em terra. Como forma de atingir tal objetivo, primeiramente é realizada uma análise no canal VHF a fim de aferir as possíveis interferências que possam ocorrer em comunicações entre a aeronave e o Controle de Tráfego Aéreo. Após, implementa-se o ambiente onde são simulados os testes de comportamento do protocolo MIPv6. Currently the use of standard IPS (Internet Protocol Suite) in the ATN it comprehends the concepts of IP mobility, convergence in the air-to-ground communication and also ATN sub-nets in land. The ICAO (International Civil Aviation Organization) mentions the ATN/IPS, which is based on connections supported by TCP and UDP protocols in the transport layer and by IPv6 in the net layer. The ATN/IPS must be able to support the ATSC (Air Traffic Service Communication), the AAC (Aeronautical Administrative Communications), as well as the AOC (Aeronautical Operational Communications). In view of such a scenario, a study on the behavior of the MIPv6 protocol for mobility IP is approached, analyzing the capacity of router of the aircraft so as to complement the navigation service more accurately, introducing the concept of mobility to the flexibility capacity and scalability for the aircraft and the systems in land. In order to attain this goal, first an analysis in the VHF channel is carried out in order to gauge the possible interferences that may occur in communications between the aircraft and the Air Traffic Control. After that, the environment is implemented where the behavior tests of the MIPv6 protocol are simulated.
- Published
- 2008