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To study large-scale effects on the Internet various mod- els have beenintroduced to generate Internet-like autono- mous system (AS) topologies. Themodels for large-scale AS topologies have been focused on replicatingstructural graph properties. One of the most promising model is the PositiveFeedback Model model (PFP). These models how- ever lack the ability to generaterouting path and realistic latency. We present a model to enrich the AS peeringgraph with peering points. Our new model allows to calculate path for theconnections between end hosts and to infer the latency from these paths. Weintroduce a new notion for the genera- tion of AS topologies: the compactnessof an AS. We introduce an algorithm based on the PFP algorithm which generatesinstances for our model. Verifying the gen- erated model instances shows thatthe resulting latencies as well as the geographic properties match measureddata sets.

Adding Geographical Embedding to AS Topology Generation