Routing Methods and Their Performance project is a network application which compares three types of routing types like ip routing, selfish source routing, and selfish overlay and shows performance difference between three methods.

The latest trend in routing research is to avoid inefficiencies in network-degree routing by using allowing hosts to both pick routes themselves (e.g., supply routing) or use overlay routing networks (e.g., detour or ron). such procedures bring about egocentric routing, due to the fact routing decisions are no longer primarily based on device-huge standards, however, are as an alternative designed to optimize host-primarily based or overlay-based totally metrics. a sequence of theoretical consequences displaying that selfish routing can result in suboptimal gadget behavior has forged doubts in this method. on this paper, we use a sport-theoretic method to research the performance of selfish routing in net-like environments primarily based on sensible topologies and traffic demands in our simulations. we show that in comparison to theoretical worst instances, egocentric routing achieves close to foremost average latency in such environments. but, such performance benefits come at the cost of significantly accelerated congestion on certain links. furthermore, the adaptive nature of selfish overlays can notably lessen the effectiveness of traffic engineering by means of making community visitors much less predictable.

Advantages of this system:

The diverse benefits of using selfish routing are listed under,
• This routing is used to lessen the latency
• It boom the throughputs in community
• No longer fee orientated.
• Reduced administrative charges.
• Decrease error rates.
• Multiplied productiveness.
• Better offerings to customers.

Existing System:

The present community level routing is used to send the packets from supply to vacation spot via a router. The router which maintains the routing table and seeks the destination address in routing table if the destinations address available then the router send the packets to a vacation spot in any other case it ships the packets to the nearest router.

Proposed System:

In the proposed egocentric routing, the stop customers select their personal routing course to send the packets from supply to vacation spot. there are kinds of egocentric routing, they’re

  • Egocentric supply routing (e.g., nimrod).
  • Egocentric overlay routing (e.g., detour).
  • Selfish nature
  • Stop hosts or routing overlays greedily select routes.
  • Optimize their personal performance dreams – no longer considering machine-huge criteria.
  • Research primarily based on small-scale deployment display it improves overall performance.

Download Routing Methods and their Performance Project in Java project source code, Project Report and PPT.