Welcome to the "Data Structures Problem Statements" repository. This collection of problem statements is designed to help you practice and improve your understanding of data structures in computer science and software development.
Data structures are fundamental components of computer science that allow you to organize and manipulate data efficiently. This repository provides a diverse set of problem statements to challenge your skills in using data structures to solve real-world problems.
The "Problem Statements" section of this repository contains a wide range of challenges and exercises related to data structures, including:
- Array Manipulation: Solve problems involving arrays, such as finding subarrays with specific properties or efficiently performing array operations.
- Linked Lists: Implement and manipulate linked lists to solve problems related to list traversal, insertion, and deletion.
- Stacks and Queues: Use stacks and queues to design algorithms for tasks like balancing parentheses, evaluating expressions, or simulating data processing.
- Trees and Graphs: Solve problems involving tree traversal, graph algorithms, and tree-based data structures such as binary trees.
- Hashing and Hash Tables: Implement hash tables to efficiently store and retrieve data in various scenarios.
Please explore the "Problem Statements" directory for specific challenges and exercises.
The problem statements and solutions provided in this repository are available in multiple programming languages, making it accessible to a wide audience. Commonly used languages include:
- C++
- Python
- JavaScript
We welcome contributions from the open-source community. If you'd like to contribute to this repository by adding new problem statements, providing solutions, improving documentation, or fixing issues.
This repository is licensed under the MIT License. You are encouraged to use the problem statements, practice, and share them while adhering to the terms of the license.
We hope this repository proves to be a valuable resource for honing your skills in data structures and algorithmic problem-solving. Happy coding!