Consider a string topology wireless mesh network which is deployed along a highway. How- ever, due to the sparseness, end-to-end hop distance of the mesh network is high. As a result, delay incurred in the network is too high, which in turn degrades overall network perfor- mance. However, a few LLs can improve the scenario. Simulate such a situation by taking 20 mesh router nodes deployed as a string topology network. Add three deterministic LLs, which can optimize network APL (i.e., MinAPL-based LL addition strategy). Comment on the time consumed by your program to add the LLs. Now, add the same number of LLs with the SDLA algorithm and compare the APL with the MinAPL. Also comment on the time consumed to execute SDLA.
What will be an ideal response?
This problem is a computer-based exercise. See Chapter 4 (Sections 4.7.1 and 4.9.2) of this
textbook to implement the algorithms. Some Matlab code fractions available for simulations
can be found at https://complexnetworksbook.github.io
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