Add to ORKGWe can categorize mobility two main fields in IP environment. If Mobile IP manages macro mobility, HAWAII and Cellular IP deal with micro mobility. For seamless connection, it is major problem to reduce packet loss in the network layer during hand-off. This paper will introduce a scheme which reduces packet loss during micro mobility which use bi-casting mechanism in Cellular IP, and will verify the efficiency of that scheme by computer simulation
Smooth, seamless and secure handover for mobile nodes in heterogeneous wireless IP networks is the t...
International audienceMobile hosts connected to the internet via a wireless interface are likely to ...
Full text of this article is not available on SOAR due to publisher's copyright restrictions. @IEEE,...
In this paper, we examine micro-mobility protocols, and present a distributed handoff and mobility m...
Abstract Changing the location of mobile node during transmission or receiving of data always caused...
Mobile IP is useful for providing mobility of Internet users but it has shown its limitations in var...
We point out the different performance problems that need to be addressed when considering mobility ...
[[abstract]]The micro-mobility issue has been discussed in host mobility in the past decade while th...
Mobile Internet Protocol version 6 (MIPv6) has been proposed to solve the problem of mobility in the...
Wireless cellular networks are quickly evolving toward broadband offering higher bandwidth. At the s...
The success of next generation wireless networks will rely much on advanced mechanisms for seamless ...
Abstract-- Handover management is one of the most critical issues that mobility management protocols...
Global IP mobility solutions using protocols like Mobile IP (MIP) and SIP are not optimized to handl...
Increased research and development in the field of ubiquitous computing, and in particular smart spa...
Mobile IP is a powerful protocol that supports Internet mobility. Micro-mobility approach was introd...
Smooth, seamless and secure handover for mobile nodes in heterogeneous wireless IP networks is the t...
International audienceMobile hosts connected to the internet via a wireless interface are likely to ...
Full text of this article is not available on SOAR due to publisher's copyright restrictions. @IEEE,...
In this paper, we examine micro-mobility protocols, and present a distributed handoff and mobility m...
Abstract Changing the location of mobile node during transmission or receiving of data always caused...
Mobile IP is useful for providing mobility of Internet users but it has shown its limitations in var...
We point out the different performance problems that need to be addressed when considering mobility ...
[[abstract]]The micro-mobility issue has been discussed in host mobility in the past decade while th...
Mobile Internet Protocol version 6 (MIPv6) has been proposed to solve the problem of mobility in the...
Wireless cellular networks are quickly evolving toward broadband offering higher bandwidth. At the s...
The success of next generation wireless networks will rely much on advanced mechanisms for seamless ...
Abstract-- Handover management is one of the most critical issues that mobility management protocols...
Global IP mobility solutions using protocols like Mobile IP (MIP) and SIP are not optimized to handl...
Increased research and development in the field of ubiquitous computing, and in particular smart spa...
Mobile IP is a powerful protocol that supports Internet mobility. Micro-mobility approach was introd...
Smooth, seamless and secure handover for mobile nodes in heterogeneous wireless IP networks is the t...
International audienceMobile hosts connected to the internet via a wireless interface are likely to ...
Full text of this article is not available on SOAR due to publisher's copyright restrictions. @IEEE,...