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This Python program implements a D-ary heap, which is a generalization of the binary heap where each parent node has...
This Python program implements a ternary heap, which is a type of min-heap where each parent node has up to...
This Python program finds the Minimum Spanning Tree (MST) of a weighted, connected graph using Prim’s algorithm. The MST is...
This Python program checks if an undirected graph is bipartite using BFS and a color-coding approach. A bipartite graph can...
In this Python program, we will use Breadth-First Search (BFS) to find all reachable nodes in a graph starting from...
This Python program implements Breadth-First Search (BFS) on a graph using a queue. BFS is used to traverse or search...
In this Python program, we’ll delve into the implementation of a stack data structure using a linked list. Stacks are...
This Python program utilizes Depth-First Search (DFS) to find all reachable nodes in a given graph. DFS is a graph...
In this Python program, we will leverage recursion to count the occurrences of elements within a linked list. This program...
This Python program demonstrates the implementation of binary search using recursion. Binary search is an efficient algorithm to find a...
This Python program removes duplicates from a list by converting the list to a set, which automatically removes duplicate elements,...
In this Python program, we will reverse a stack using recursion. A stack is a data structure that follows the...
A circular doubly linked list is an advanced version of a linked list where each node contains pointers to both...
Python’s versatility shines when it comes to solving various programming challenges. In this example, we’ll create a Python program to...
This Python program implements a deque (double-ended queue) using a list. A deque allows elements to be added or removed...
In this Python program, we’ll create a linked list and segregate its nodes into two separate lists – one for...
This Python program finds the middle element of a singly linked list using the two-pointer technique. The middle element is...
This Python program swaps adjacent nodes in a circular linked list. A circular linked list is a linked list where...
Python’s recursion allows us to solve complex problems by breaking them down into simpler subproblems. In this illustration, we’ll delve...
This Python program solves the Josephus Problem using a circular linked list. The Josephus Problem is a theoretical problem related...

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