Huffman Coding and its Implementation in Compression

Through the course of this project, I have successfully developed a C++ program that tackles the crucial realm of file compression and decompression, a fundamental aspect of computer science. The ability to compress files not only conserves valuable storage space but also streamlines the process of transferring and archiving data. Equally important, the program can expertly decompress files, ensuring that no information is lost in the process.

Our primary objective was to create a C++ program that leverages the Huffman algorithm for efficient compression and decompression. This algorithm is renowned for its ability to reduce file sizes while preserving data integrity. It accomplishes this by assigning shorter codes to frequently occurring characters and longer codes to less common ones. The outcome is a smaller file size that retains the original content.

This project exemplifies the confluence of theory and practicality in computer science. By implementing the Huffman algorithm, we've harnessed the power of data compression in a user-friendly, efficient, and versatile program. The capability to handle large files is a testament to the robustness of our solution, ensuring its practicality in real-world scenarios.