Design & Analysis of Algorithms - Vol 2 | 15. Find Operations by Abraham | Learn Smarter
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15. Find Operations

This chapter focuses on various tree operations, specifically how to find minimum and maximum values in a binary search tree, as well as understanding the concepts of successor and predecessor in such trees. Through recursive and iterative methods, the minimum and maximum nodes are determined by traversing left and right, respectively. The chapter also discusses how to identify successors and predecessors given specific tree conditions, providing insights into their implementations through structured algorithms.

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Sections

  • 15.

    Find Operations

    This section covers find operations in binary search trees, including recursive and iterative methods for finding minimum and maximum values, as well as successor and predecessor operations.

    Learning Practice

  • 15.1

    Finding The Minimum

    This section covers how to find the minimum and maximum values in a binary search tree, along with the concepts of successor and predecessor in relation to tree nodes.

    Learning Practice

  • 15.2

    Finding The Maximum

    This section explains how to find the minimum and maximum values in binary search trees using both recursive and iterative methods.

    Learning Practice

  • 15.3

    Successor Function

    The section discusses the successor and predecessor functions in binary search trees, explaining how to find them using both iterative and recursive methods.

    Learning Practice

  • 15.4

    Predecessor Function

    This section discusses the predecessor and successor functions in binary search trees, explaining how to find the minimum, maximum, and these special nodes efficiently.

    Learning Practice

References

ch39 part b.pdf

Class Notes

Memorization

What we have learnt

  • The minimum value in a bina...
  • The maximum value is found ...
  • The successor of a node is ...

Final Test

Revision Tests