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Integrating Feedback based Protocols to the Genesis system ( Masters Project )

The Internet is unique in its size, support for seamless interoperability, scalability and affinity for drastic change. The collective computational power of all Internet routers involved in network traffic routing makes the Internet the most powerful computer in the world. The elementary objects of the traffic, network packets, are processed and delivered from one point to another in the network in a very short period of time of the order of a fraction of a second. These very characteristics make the Internet hard to simulate efficiently. We describe a novel approach to scalability and efficiency of network simulation and demonstrate that this solution can be applied to protocols that use traffic feedback to adjust the source traffic rate. The described method can be seen as a variant and modification of a general scheme for optimistic simulation referred to as Time-Space Mappings. This approach networks into parts called