Subject and UNIT: C Programming and Data Structures: Unit IV: b. Hashing
Hashing is an effective way to reduce the number of comparisons. Actually hashing deals with the idea of proving the direct address of the record where the record is likely to store. To understand the idea clearly let us take an example
C Programming and Data Structures
Subject and UNIT: C Programming and Data Structures: Unit IV: b. Hashing
C Programming and Data Structures: Unit IV: b. Hashing : Syllabus, Contents
C Programming and Data Structures | Non-Linear Data Structures - Trees
Subject and UNIT: C Programming and Data Structures: Unit IV: a. Non-Linear Data Structures - Trees
C Programming and Data Structures: Unit IV: a. Non-Linear Data Structures - Trees : Two Marks Questions with Answers
Non-Linear Data Structures
Subject and UNIT: C Programming and Data Structures: Unit IV: a. Non-Linear Data Structures - Trees
C Programming and Data Structures: Unit IV: a. Non-Linear Data Structures - Trees : Programming Examples
Definition, Operations, Algorithm, Structure, Example C programs | Non-Linear Data Structures
Subject and UNIT: C Programming and Data Structures: Unit IV: a. Non-Linear Data Structures - Trees
Binary search tree is a binary tree in which the nodes are arranged in specific order. That means the values at left subtree are less than the root node value. Similarly the values at the right subtree are greater than the root node.
Definition, Operations, Structure, Example C programs | Non-Linear Data Structures
Subject and UNIT: C Programming and Data Structures: Unit IV: a. Non-Linear Data Structures - Trees
Definition: An expression tree is a binary tree in which the operands are attached as leaf nodes and operators become the internal nodes.
Definition, Algorithm, Operations, Structure, Example C programs | Non-Linear Data Structures
Subject and UNIT: C Programming and Data Structures: Unit IV: a. Non-Linear Data Structures - Trees
• Definition : Tree traversal means visiting each node exactly once.
Non-Linear Data Structures
Subject and UNIT: C Programming and Data Structures: Unit IV: a. Non-Linear Data Structures - Trees
There are two ways of representing the binary tree.1. Sequential representation 2. Linked representation. Let us see these representations one by one.
Definition, Operations, Structure, Types | Non-Linear Data Structures
Subject and UNIT: C Programming and Data Structures: Unit IV: a. Non-Linear Data Structures - Trees
• Definition of a binary tree: A binary tree is a finite set of nodes which is either empty or consists of a root and two disjoint binary trees called the left subtree and right subtree.
Basic Terminologies | Non-Linear Data Structures
Subject and UNIT: C Programming and Data Structures: Unit IV: a. Non-Linear Data Structures - Trees
A tree is a finite set of one or more nodes such that - i) There is a specially designated node called root.
C Programming and Data Structures
Subject and UNIT: C Programming and Data Structures: Unit IV: a. Non-Linear Data Structures - Trees
C Programming and Data Structures: Unit IV: a. Non-Linear Data Structures - Trees : Syllabus, Contents
Linear Data Structures Queues | C Programming and Data Structures
Subject and UNIT: C Programming and Data Structures: Unit III: b. Linear Data Structures Stacks and Queues
C Programming and Data Structures: Unit III: b. Linear Data Structures Stacks and Queues : Two Marks Questions with Answers