This repository contains code for ADTs that I implemented in my Data Structures and Algorithms course. These ADTs include stack, queue, graphs, linked lists, heaps etc.

Magnet tape sorting simulator.

Min/Max Heap

Algorithms in python and C

Computer Science 2nd semester - Data Structure

A collection of powerful data structures are using java

Data Structures Repo. Contain implementation of various basic data structures.

Typescript implementation of minimum and maximum heap (priority queue).

This is an implementation of a min-heap using c++

Determine whether a Binary Heap structure is 'min', 'max' or 'no-heap'.

Heap data structure implementation in Rust

This repository includes a study that aims to handle the k-nearest sort problem with min-heap-sort and quick-sort paradigms. Detailed info in ReadMe

Python solution which uses min-heap data structure and thread parallalism to process very large file

Designed this project as a Teacher Assistant for the Data Structures course.

C++ CRUD with external sort and search algorithms. Final project for GAC108 Data Structures at UFLA 2023-1

A basic C-based Dijkstra's algorithm application for finding shortest paths in city networks. Features user-specified input and min-heap for efficiency.

Efficient C# implementation of Min Heap data structure for maintaining a binary tree where parent nodes are always smaller than or equal to their child nodes, enabling fast insertion, deletion, and retrieval of the minimum element.

A C++ Program that can create an array of processes and performs cpu scheduling.

Here you can find some of mine projects from the bachelor's course of Algorithms and Data Structures, having Luca Tesei as professor at the University of Camerino (UNICAM)

I have worked on developing the implementation of Huffman Compression Algorithm on Strings along with run time encoding. Written in C, the program works on Min Heaps and Huffman Tree data structures. It uses Huffman algorithm—create a Huffman Tree using the frequencies of each character using heap data structure—and Run-time-encoding to compression