Companion code for Machine Learning From Scratch — 10 core ML algorithms built from scratch with NumPy, compared with Scikit-learn and PyTorch.
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Updated
Jul 19, 2026 - Jupyter Notebook
Companion code for Machine Learning From Scratch — 10 core ML algorithms built from scratch with NumPy, compared with Scikit-learn and PyTorch.
Implementation of a small GPT-style transformer from scratch in PyTorch. Learn how Large Language Models work by building, training, generating text, and visualizing attention.
A convolutional neural network (CNN) built from scratch using only NumPy to classify handwritten digits from the MNIST dataset.
"One Hidden Layer Neural Network" from Scratch
A compact collection of classic machine learning algorithms implemented from scratch in Python for learning and experimentation.
This repository implements a vector search solution based on image and text embeddings. Users can search for similar products using an image or a textual description.
"Deep Neural Network" from Scratch
A brand new programming language designed for developers with diverse coding interests!
"CNN" from Scratch
Includes the codes and report for Take Home Exam 2 of the CENG483 course (Introduction to Computer Vision). The purpose of this THE is to gain insight related to harris interest point detection.
"Logistic Regression" from Scratch
从零手撕大模型整个生命周期的核心算子(如tokenization、RMSNorm、RoPE和LoRA),附带对应论文的阅读详解和笔记整理!!
A STRONG CHESS BOT WITH A GUI INTERFACE MADE PURELY IN PYTHON FROM SCRATCH
ML algorithms implemented from scratch in Python, with small projects for better understanding.
Building a Large Language Model from scratch for deep understanding — inspired by Sebastian Raschka’s book, implemented entirely by hand.
Write the K Nearest Neighbors classifier from scratch in Python. Test it on email spam classification dataset.
Interactive CLI-based KNN implementation from scratch with data processing, statistics, visualization, feature normalization, and accuracy computation functionalities.
Includes the codes and report for Take Home Exam 1 of the CENG483 course (Introduction to Computer Vision). The purpose of the THE is familiarize ourselves with the concept of various types of histogram.
A browser from scratch written in Python, with the Arcade and Pyglet modules. Code is based on browser.engineering's tutorial.
Solve XOR and IRIS Dataset without sue of any external libraries.
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