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April 26, 2026Automation and Remote Control0 citations

Algorithm for Determining the Set of Graph Centers

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VVV. V. Vorobiev

Key Points

  • The aim is to develop an efficient algorithm to identify graph centers without detailed structural knowledge.
  • Implemented an algorithm to find graph centers based on local message exchange between graph nodes.
  • Considered graphs with unknown numbers of vertices and edges.
  • Maintained requirements of connectivity, nonnegativity of edge lengths, and nondirectivity.
  • Successfully identified graph centers using vertex weights determined by their distances to the farthest nodes.
  • Achieved computation without prior knowledge of the graph structure or edge distributions.

Abstract

The paper presents an implementation of an algorithm for finding graph centers. A characteristic feature of the problem statement is the lack of general information about the structure of the graph, the number of its vertices, and the number of edges incident to a particular vertex. A vertex, in this case, is a separate “entity” about which it is known how many edges are incident to it and what their weight is. The only requirements imposed on the graph are connectivity, nonnegativity of edge lengths, and their nondirectivity. The essence of the algorithm lies in the local exchange of “messages” between the graph nodes, which form the weight of each of them: a value identical to the distance from it to the most distant node of the graph.

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Cite This Study

V. V. Vorobiev (2025) studied this question.

synapsesocial.com/papers/69edabdf4a46254e215b3b5ehttps://doi.org/10.1134/s0005117925601381
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