Visualizing of large trees, resulting in solving optimization problems by branch and bound algorithm

M.A. Posypkin, A.L. Usov


In this paper, we consider a method of storage, analysis and visualizing of large trees with the amount of 100 million nodes and more resulting in solving optimization problems by branch and bound algorithm. The solution provides a method for the collection of primary data from solver, analysis and processing of this data, as well as their subsequent visualization. The paper describes the architecture and basic software modules of the proposed solution.

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