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Predictive Mobile IP for rapid mobility
29th Annual IEEE International Conference on Local Computer Networks, 2005Mobile computers require Mobile IP to preserve connectivity and properly route information while roaming over foreign networks. Registration, forwarding delay, and tunnel initialization diminishes the performance of mobility protocols during handoff. We propose a proactive rather than reactive solution to improve the performance of Mobile IP. We extend
Sumi Helal, Edwin Hernandez
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2008 International Conference on Advanced Computer Theory and Engineering, 2008
In this paper we discuss network mobility, in which an entire network moves from one location to another on the Internet. As an example, consider Alice taking a network in her car on her vacation; it should be possible for her vehicular network to maintain seamless connectivity with her home network.
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In this paper we discuss network mobility, in which an entire network moves from one location to another on the Internet. As an example, consider Alice taking a network in her car on her vacation; it should be possible for her vehicular network to maintain seamless connectivity with her home network.
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2001
The original design of the Internet and its underlying protocols did not anticipate users to be mobile. With the growing interest in supporting mobile users and mobile computing, a great deal of work is taking place to solve this problem. For a solution to be practical, it has to integrate easily with existing Internet infrastructure and protocols, and
Fouad A. Tobagi, Cristina Hristea
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The original design of the Internet and its underlying protocols did not anticipate users to be mobile. With the growing interest in supporting mobile users and mobile computing, a great deal of work is taking place to solve this problem. For a solution to be practical, it has to integrate easily with existing Internet infrastructure and protocols, and
Fouad A. Tobagi, Cristina Hristea
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1998
We study a highly simplified version of the proposed mobility support in version 6 of Internet Protocols (IP). We concentrate on the issue of ensuring that messages to and from mobile agents are delivered without loss of connectivity. We provide three models, of increasingly complex nature, of a network of routers and computing agents that are ...
Roberto M. Amadio, Sanjiva Prasad
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We study a highly simplified version of the proposed mobility support in version 6 of Internet Protocols (IP). We concentrate on the issue of ensuring that messages to and from mobile agents are delivered without loss of connectivity. We provide three models, of increasingly complex nature, of a network of routers and computing agents that are ...
Roberto M. Amadio, Sanjiva Prasad
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Secure mobile IP communication [PDF]
Proceedings LCN 2001. 26th Annual IEEE Conference on Local Computer Networks, 2002 This paper describes a solution called secure mobile IP (SecMIP) to provide mobile IP users secure access to their company's firewall protected virtual private network. The solution requires neither the introduction of new protocols nor the insertion or modification of network components.
Marc Danzeisen, Torsten Braun
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2003
Being able to conduct one’s business while mobile has become one of the high growth market of recent times. During the 90’s cell phones became a mainstream product. The wireless telecommunication companies popularized cell phones by various technologies: AMPS, CDMA, GPRS, etc.
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Being able to conduct one’s business while mobile has become one of the high growth market of recent times. During the 90’s cell phones became a mainstream product. The wireless telecommunication companies popularized cell phones by various technologies: AMPS, CDMA, GPRS, etc.
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A portable mobile IP implementation [PDF]
Proceedings 25th Annual IEEE Conference on Local Computer Networks. LCN 2000, 2002 This paper describes the software architecture of a portable mobile IP implementation. In addition, the paper discusses general design issues with protocol implementations and the relationship between a protocol implementation and the operating system.
A. Kuikka, T. Maattanen, H. Haverinen
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The detection of mobile nodes in mobile IP
2001 International Conferences on Info-Tech and Info-Net. Proceedings (Cat. No.01EX479), 2002We discussed the agent advertisement message and agent solicitation message of mobile nodes in mobile IP, and expounded the two move detection methods of mobile nodes: move detection using lifetimes and move detection using network-prefixes.
Wang Zhi, Ding Hongyong, Zhao Hongli
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, 2003 Before Mobile IP can be adopted widely, the IETF Working Group has a few obstacles to overcome. These obstacles include problems of network security, performance degradation of TCP traffic, supporting real time traffic, locating network services, supporting multicasting and integrating mobile IP in a wireless network.
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Mobile IP using private IP addresses
Proceedings. Sixth IEEE Symposium on Computers and Communications, 2002The mobile IP data communication is widely spreading. Accordingly, it is pointed out that the number of IP addresses in IPv4 will be short if every mobile terminal has its IP address. In order to solve this address starvation problem, we propose an approach to realize mobile IP protocol by assigning a private IP address to a mobile terminal.
H. Yokota, T. Kato, A. Idoue
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