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Research on Optimal Path based on Dijkstra Algorithms

机译:基于Dijkstra算法的最优路径研究

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摘要

The optimal path selection is a practical problem, and the application frequency in daily life is very high, which has practical research significance. The Dijkstra algorithm is one of the most classical algorithms in the algorithm of optimal path selection. It is also the theoretical basis of many experimental designs when solving the optimal path problem. When the traditional Dijkstra algorithm calculates and selects the optimal path between nodes, a large number of nodes need to be calculated. The selection of the optimal path will be affected by many conditions. In the actual application, the selection conditions will often present multiple different priority conditions and comprehensive influence path selection. In this paper, the optimization algorithm is implemented and verified by experiments and practical applications.
机译:最佳路径选择是一个实际问题,日常生活中的应用频率非常高,具有实际的研究意义。 dijkstra算法是最佳路径选择算法中最古典算法之一。在解决最佳路径问题时也是许多实验设计的理论基础。当传统的Dijkstra算法计算并选择节点之间的最佳路径时,需要计算大量节点。最佳路径的选择将受到许多条件的影响。在实际应用中,选择条件通常会存在多个不同的优先条件和全面的影响路径选择。在本文中,通过实验和实际应用实现和验证了优化算法。

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