O Describe a polynomial-time algorithm to compute two interior-disjoint axis- aligned squares with maximum total perimeter...

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O Describe a polynomial-time algorithm to compute two interior-disjoint axis- aligned squares with maximum total perimeter that lie entirely inside P. [Hint: There are exactly two interesting cases to consider; for each case, formulate a corresponding linear program.] In all subproblems, "axis-aligned" means that the edges of the square(s) or rectan- gles(s) are horizontal and vertical. O Describe a polynomial-time algorithm to compute two interior-disjoint axis- aligned squares with maximum total perimeter that lie entirely inside P. [Hint: There are exactly two interesting cases to consider; for each case, formulate a corresponding linear program.] In all subproblems, "axis-aligned" means that the edges of the square(s) or rectan- gles(s) are horizontal and vertical.

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Answer Case 1 Squares with one side aligned with the xaxis and one side aligned with the yaxis In this case we want to find two squares with maximum t... View the full answer