Write a computer program to simulate a large string topology SWWSN with 1000 nodes or larger where nodes are uniformly spaced at distances such as 20 meters. Simulate LL addi- tions among all node pairs such that location for one LL that results in the lowest APLB can be identified. Note the locations for adding 1, 2, 5, and 10 LLs in sequence by minimizing APLB at each stage. Now consider the limitation on the transmission range of the links by eliminating LL possibilities beyond 100 meters. With the LL constraint, estimate the loca- tions for adding 1, 2, 5, and 10 LLs in sequence. Make your own observations on the impact of length constraints of the LLs.
What will be an ideal response?
This problem is a computer-based exercise. Use any of the following network simulators: NS-
2, NS-3, QualNet, OPNET, or write a program on your own to simulate the network. Some
Matlab code fractions available for simulations can be found at https://complexnetworksbook.
github.io
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