Computing Sharp Bounds of Metric Based Fractional Dimensions for the Sierpinski Networks
Copyright policy )Computing Sharp Bounds of Metric Based Fractional Dimensions for the Sierpinski Networks
The concept of metric dimension is widely applied to solve various problems in the different fields of computer science and chemistry, such as computer networking, integer programming, robot navigation, and the formation of chemical structuring. In this article, the local fractional metric dimension (LFMD) of the cycle-based Sierpinski networks is computed with the help of its local resolving neighborhoods of all the adjacent pairs of vertices. In addition, the boundedness of LFMD is also examined as the order of the Sierpinski networks approaches infinity.
- University of Tabuk Saudi Arabia
- University of Management and Technology Pakistan
metric index, fractional metric dimension; Sierpinski networks; metric index; distance in networks, Sierpinski networks, QA1-939, distance in networks, fractional metric dimension, Mathematics
metric index, fractional metric dimension; Sierpinski networks; metric index; distance in networks, Sierpinski networks, QA1-939, distance in networks, fractional metric dimension, Mathematics
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