Question

In the text, it is mentioned that Ahuja and Nash's algorithm builds the target tree in the same space as the source tree. Such an algorithm is described as being 'in-place.' How can this be achieved?

   In the text, it is mentioned that Ahuja and Nash's algorithm builds the target tree in the same space as the source tree. Such an algorithm is described as being 'in-place.' How can this be achieved?

Applications of spatial data structures to computer graphics

Applications of spatial data structures to computer graphics

Hanan Samet 1st Edition

Chapter 6, Problem 63

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' An algorithm is said to be 'in-place' if it uses only a constant amount of extra space, regardless of the size of the input. In the case of Ahuja and Nash's algorithm, they build the target tree in the same space as the source tree, which means they do not use Show more…

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In the text, it is mentioned that Ahuja and Nash's algorithm builds the target tree in the same space as the source tree. Such an algorithm is described as being 'in-place.' How can this be achieved?

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