A new Route Optimization protocol for Mobile IPv6 (ROM)
نویسندگان
چکیده
Mobile IPv6 is the mobility protocol of the IPv6 protocol. The mobility feature in IPv6 is supposed to be default, but still there are obstacles carrying out deployment. Great needs for this new Internet Protocol are security, scalability, efficiency and the lack of IPv4 addresses. Deployment of this long needed new protocol has been delayed partly due to the route optimization problem of mobile nodes (MNs). Route optimization is the property of sending data via the shortest route, even when the MN is roaming, thereby making packet sending through a MN’s home network for further redirection obsolete. Any other nodes communicating with a MN are referred to as corresponding nodes (CNs). Routing packets over the shortest route will both decrease the latency of data transmission and bandwidth consumption. In this paper, we suggest a new route optimization protocol for Mobile IPv6 (ROM), which we will show as a more efficient solution to this problem than other existing schemes. Keywords-Mobile IPv6, route optimisation, authentication.
منابع مشابه
Flooding attack on the binding cache in mobile IPv6
In the next generation Internet protocol (IPv6), mobility is supported by means of Mobile IPv6 (MIPv6). As a default part of the MIPv6 protocol, route optimization is used to route packets directly to a mobile node’s currently used address at the mobile node’s visited subnet. Return Routability is the protocol suggested by the IETF for managing this task. Route optimization is often carried out...
متن کاملSecured Route Optimization and Micro-mobility with Enhanced Handover Scheme in Mobile IPv6 Networks
خسارات وارد شده به شبکه گاز شهری در یک زلزله میتواند زیانهای زیادی از جمله خسارت ناشی از آتشسوزی در شبکه زیر ساخت، و خسارت ناشی از قطع خدمات رسانی، تعمیر و تعویض اعضای شبکه، را در بر داشته باشد. در این مقاله یک مدل آتشسوزی پیشنهاد شده است. مدل پیشنهادی در یک مدل نیمه احتمالاتی مرسوم برای برآورد خسارتهای مختلف ناشی از آسیب دیدن شبکه گاز شهری، به کار برده شده است. هدف از این کار توسعه یک ابز...
متن کاملReducing Packet Overhead in Mobile IPv6
Common Mobile IPv6 mechanisms, Bidirectional tunneling and Route optimization, show inefficient packet overhead when both nodes are mobile. Researchers have proposed methods to reduce packet overhead regarding to maintain compatible with standard mechanisms. In this paper, three mechanisms in Mobile IPv6 are discussed to show their efficiency and performance. Following discussion, a new mechani...
متن کاملLocalized Management for Proxy Mobile IPv6
Proxy Mobile IPv6 is a promising protocol for supporting mobility. Unlike Mobile IPv6, which is based on hostmobility, the Proxy Mobile IPv6 is based on network-based mobility so that it can remove additional implementations on a Mobile Node (MN). Due to this feature, Proxy Mobile IPv6 has been considered as a better protocol than Mobile IPv6 in supporting mobility. However, PMIPv6 still has a ...
متن کاملA Secure Route Optimization Protocol in Mobile IPV6 D.Kavitha
Mobile IPV6 allows a mobile node to talk directly to its peers while retaining the ability to move around and change the currently used IP addresses. This mode of operation is called Route Optimization. In this method , the correspondent node learns a binding between the Mobile nodes permanent home address and its current temporary care-of-address. This introduces several security vulnerabiliti...
متن کامل