TMSP: Terminal Mobility Support Protocol

International Journal of Engineering Sciences & Research Technology, 2013

waset.org

Journal of Computer Science, 2006

143

1999

IEEE Communications Magazine, 2000

One of the most recent Internet challenges is to support transparent movement of people along with their computers, data and most of all applications. Therefore, Mobile IP has been developed to provide Internet mobility services. This paper aims at enhancing the IETF Mobile IP standard. The model developed in this paper suggests a new caching mechanism, which is based on the Mobile Information Server (MIS). Actually, the MIS is designed to be part of the border router of any network that supports mobility services. Moreover, the paper suggests a peering technique by which information about mobiles hosts could be shared among different MISs. All the design issues including model components as well as mechanisms for caching and peering are described in details. The simulation results show that the proposed design provides improved performance and better bandwidth utilization. The suggested architecture provides other qualitative advantages such as scalability and transparency.

2008

The recent years have witnessed a tremendous growth in the number of mobile internet users and the need for mobility support is indispensable for seamless internet connectivity. Mobile IP is a mobility support protocol that supports roaming across multiple Access Points without having to re-establish the end to end connection. In this paper, we take the position that despite several challenges that Mobile IP faces, it would turn out to be the protocol for supporting mobility in the future. We support our claim by analyzing the factors that would influence the widespread adoption of Mobile IP and we go further to discuss the counter claims in an effort to convince the reader that the advantages of Mobile IP outweights its disadvantages.

Asian Medicine, 2016