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This article describes a process mapping algorithm for a virtual parallel host. The algorithm is a part of a mapping and virtual machine resource watcher tool: the Network-Analyser. This system collects information about the states of the hosts (CPU, memory, network traffic, etc), saves some of this information, and gives the ability to use different mapping algorithms. All of this is accessible by a graphical interface and an API [1]. The algorithm uses both the current and the average load of the hosts and the network, so that it is able to estimate the execution time of the tasks. The model of the processor and the network operation is based on a “round robin” model. Next, a differential equation describes the transient behaviour of the queues. The running time of regular parallel applications can be estimated by the integration of that equation, taking into account the stochastic load of the hosts and the networks. This algorithm is compared to other algorithms, by making event simulations.

Process Mapping Given by Processor and Network Dynamic Load Prediction