PROJECT TITLE :

Continuum Percolation Threshold for Permeable Aligned Cylinders and Opportunistic Networking

ABSTRACT:

We think about the crucial percolation threshold for aligned cylinders, which provides a lower sure for the required node degree for the permanence of knowledge in opportunistic networking. The height of a cylinder corresponds to the time a node is active in its current location. By means that of Monte Carlo simulations, we acquire an accurate numerical estimate for the essential reduced variety density, 0.3312(one) for constant height cylinders. This threshold is the same for all ratios of the peak to the diameter of the base, and corresponds to the mean node degree of one.3248 in opportunistic networking, which is clearly below the percolation threshold of four.51 on top of which a huge connected element emerges in the network.


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