期刊名称：International Journal of Computer Science Issues
印刷版ISSN：1694-0784
电子版ISSN：1694-0814
出版年度：2014
卷号：11
期号：4
出版社：IJCSI Press
摘要：In order to support the FHMIPv6 protocol in an Ad-hoc network, we introduced a series of changes in the source code, we modified the ability to recognize and process messages of the intermediate nodes during the registration process, so that messages were successfully transmitted from source to destination. The process of implementing modifications at the source code level is complex. From this work, the protocol FHAMIPv6 came up as an extension of FHMIPv6 protocol for Ad-hoc networks and the AHRA routing protocol, which is the modification of the NOAH protocol to complement the FHAMIPv6 registration processes. However, AHRA after making all the changes and trying different types of traffic, communication from a source to a destination was only achieved with TCP traffic. Then, we tried the AODV routing protocol integrated with FHAMIPv6. The registration process and communication from source to destination were successfully performed. Finally, we increased the number of nodes and traffic flow, obtaining good results too. This paper shows the comparison of integrations FHAMIPv6/AHRA and FHAMIPv6/AODV with TCP traffic. The paper shows the effects of these integrations on the quality of services. The idea of this integration is to analyze a TCP session. The quality of service metrics analyzed are the delay, jitter, throughput and lost packets in a communication end to end. The metrics are analyzed from the perspective of the Ad- hoc Correspondent Node (CAN) The results show FHAMIPv6/AODV provides better throughput than FHAMIPv6/AHRA integration. The FHAMIPv6/AHRA integration shows less delay and fever los packets. The future idea is to integrate the best integration with MPLS in order to provide QoS in Ad hoc networks in a whole all IPv6/MPLS. The simulation was realized in NS-2
