Modelling and simulation of IP over InfiniBand with OMNeT++
Utkal Sinha, Ratnakar Dash, Abhilash Thottakath Chakkan, Nandish Jayaram Kopri
Abstract
Utkal Sinha, Ratnakar Dash, Abhilash Thottakath Chakkan, Nandish Jayaram Kopri
Abstract
Most data centers have IP based applications which are often executed on top of high speed and low latency interconnection technologies like the InfiniBand. It is achieved by following a protocol called IP over InfiniBand (IPoIB). To develop and test new techniques that depend on IPoIB protocol, a network simulation model for IPoIB is desired. In this work, an IPoIB simulation model based on OMNeT++ framework has been designed. This simulation model also supports InfiniBand quality of service (QoS) and InfiniBand network partitions. Simulation results, validated against physical systems, show the accuracy of the proposed model.
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Most data centers have IP based applications which are often executed on top of high speed and low latency interconnection technologies like the InfiniBand. It is achieved by following a protocol called IP over InfiniBand (IPoIB). To develop and test new techniques that depend on IPoIB protocol, a network simulation model for IPoIB is desired. In this work, an IPoIB simulation model based on OMNeT++ framework has been designed. This simulation model also supports InfiniBand quality of service (QoS) and InfiniBand network partitions. Simulation results, validated against physical systems, show the accuracy of the proposed model.
Key concepts: InfiniBand, Computer science, Quality of service, Interconnection, Latency (audio), Computer network, Low latency (capital markets), Protocol (science)