Abstract
In this paper, we investigate our mobility-assisted and adaptive broadcast routing mechanism, called Mobility Tolerant Firework Routing (MTFR), which utilizes the concept of potentials for routing and improves node reachability, especially in situations with high mobility, by including a broadcast mechanism. We perform detailed evaluations by simulations in a mobile environment and demonstrate the advantages of MTFR over conventional potential-based routing. In particular, we show that MTFR produces better reachability in many aspects at the expense of a small additional transmission delay and intermediate traffic overhead, making MTFR a promising routing protocol and feasible for future mobile Internet infrastructures.
Highlights
There has been increased research on future Internet infrastructures in the field of information and communication technology (ICT), and new basic principles of network managementFuture Internet 2014, 6 are currently being developed
As a first step to perform the above mission, we introduced in [2] our initial research on Mobility Tolerant Firework Routing (MTFR), which is evaluated in greater detail in this paper
Even though firework routing requires in the medium range cases additional traffic overhead, reachability recovery has more importance over overhead increases for the future network infrastructure, since it allows a connection to the destination compared to the case without firework
Summary
There has been increased research on future Internet infrastructures in the field of information and communication technology (ICT), and new basic principles of network managementFuture Internet 2014, 6 are currently being developed. There has been increased research on future Internet infrastructures in the field of information and communication technology (ICT), and new basic principles of network management. From the viewpoint of the societal requirements toward a prosperous future communication infrastructure, one goal of the future Internet is to pursue and guarantee reliability and efficiency. Reliable and efficient mobile systems are especially important for the future Internet. The number and type of mobile nodes, as well as the mobile services and applications have been increasing and diversifying. This phenomenon accelerates the increase of complexity in mobile systems at a large scale. Future mobile systems should have scalability and cost efficiency from the viewpoint of system performance and business operation
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