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1. python_identifies_human python_identifies_human Public

   This project aims to achieve image recognition using artificial intelligence (AI) specifically for identifying people.

   Jupyter Notebook 3

2. python_autoencoders python_autoencoders Public

   The project aims to develop a system that automatically compresses and reconstructs data using autoencoders, a type of artificial neural network.

   Jupyter Notebook 3

3. python_cnn_emotion_classification python_cnn_emotion_classification Public

   The project aims to build a system that recognizes and classifies emotions using convolutional neural networks (CNNs)

   Jupyter Notebook 3

4. c_two_three_and_red_black c_two_three_and_red_black Public

   This algorithm, implemented in C, demonstrates the understanding of two advanced tree structures: 2-3 trees and red-black trees. It showcases the fundamental concepts, operations, and comparisons b…

   C 4

5. c_hash_and_shortest_path c_hash_and_shortest_path Public

   This algorithm, implemented in C, explores hash structures and shortest path algorithms. It highlights the use of hashing for efficient data storage and retrieval, as well as the application of sho…

   C 3

6. c_tree_avl_and_bb c_tree_avl_and_bb Public

   two types of binary search trees in C, including AVL trees and standard binary search trees (BB). The goal is to ensure efficient search, insertion, and deletion operations, maintaining balance whe…

   C 3