gradient-descent-algorithm

There are 137 repositories under gradient-descent-algorithm topic.

  • OptViz

    Language:Python1
  • Machine-Learning-Coursera

    Solutions to Coursera's Intro to Machine Learning course in python

    Language:Jupyter Notebook3
  • DeepJava

    A deep learning library developed from scratch in Java.

    Language:Java3
  • gradient-descent-numpy-example

    Gradient Descent Algorithm Implementation using NumPy

    Language:Jupyter Notebook3
  • Codes

    Mini-project codes: Java, C++, Matlab, OpenMP, MPI, OpenCL, p_thread and Assembly Language.

    Language:C++3
  • LearningtoLearnUsingRL

    This is a workspace for meta-learning methods using Reinforcement learning

    Language:Python3
  • 100-days-of-manchine-learning

    A complete and in-depth machine learning resource containing detailed notes, mathematical explanations, Python code, and Jupyter notebooks., and lectures.

    Language:Jupyter Notebook2
  • Activites-Pratiques-ML

    PCA For Dimension Reduction And Visualization, Temperature-Yield Prediction Via Linear Regression, And Linear Fit Optimization Using Gradient Descent.

    Language:Jupyter Notebook2
  • ReinforcementLearning

    Programming assignments completed for my Reinforcement Learning course: Topics include Bandit Algorithms, Dynamic Programming, policy iteration, Monte-Carlo methods, SARSA, Q-Learning, Dyna-Q/Dyna-Q+, gradient control methods, state aggregation methods, and Deep Q-Learning Networks (DQNs).

    Language:Jupyter Notebook2
  • ML-basic-algorithms

    Basic Machine Learning algorithms from scratch (numpy)

    Language:Jupyter Notebook2
  • Udacity-Intro-to-Deep-Learning-Introduction-to-Neural-Network

    Collection of my notes from Udacity's Intro to Deep Learning--> Introduction to Neural Networks course.

  • quasi_cauchy_optimizer

    Implementation of the quasi Cauchy optimizer, an optimization method from the quasi Newton family. It uses a diagonal approximation of the Hessian and therefore has a small memory footprint.

    Language:Python2
  • ML-Neural_Networks_Learning-MATLAB

    The Neural Network is one of the most powerful learning algorithms (when a linear classifier doesn't work, this is what I usually turn to), and explaining the 'backpropagation' algorithm for training these models.

    Language:MATLAB2
  • linear-regression-gd

    Linear Regression Gradient Descent Example

    Language:Jupyter Notebook2
  • Ingenieria-economica

    Pagina web para calcular las valor presente, valor futuro, interés, tasa de interés, tiempo en temas de la Ingeniería Económica como lo son Interés Simple, Compuesto, Anualidades, Gradientes.

    Language:HTML2
  • NNet

    Neural Networks in C++17

    Language:C++2
  • linear_regression

    Linear Regression w. Gradient Descent

    Language:Python2
  • LogisticRegression

    Logistic Regression using Tensorflow

    Language:Python2
  • learning-and-classification-algorithms

    implementation of some classification algorithms in c and c++

    Language:C++2
  • regression-models

    A series of documented Jupyter notebooks implementing polynomial regression models and model performance analysis

    Language:Jupyter Notebook2
  • Machine-Learning

    Your all-in-one Machine Learning resource – from scratch implementations to ensemble learning and real-world model tuning. This repository is a complete collection of 25+ essential ML algorithms written in clean, beginner-friendly Jupyter Notebooks. Each algorithm is explained with intuitive theory, visualizations, and hands-on implementation.

    Language:Jupyter Notebook1
  • Machine-Learning-Algorithms

    Explore a broad range of machine learning algorithms, including ML, RF, SVM, LR, NB, PCA, LogReg, DT, KMeans, SVMC, GD, HClust, DBSCAN, ICA, KNN, and more, within this repository. Gain practical insights and apply these diverse ML concepts effectively.

    Language:Jupyter Notebook1
  • math_problems

    This repository contains implementations for various mathematical problems.

    Language:C++1
  • CS-M146

    Coursework on Introduction to Machine Learning - CS M146

    Language:Jupyter Notebook1
  • albalone-age-prediction

    🐚 Abalone Age Prediction: Dive into Data, Surf on Insights! 📊 Unleash the power of predictive analytics on abalone age estimation! From meticulous data exploration to a showdown of optimization methods, this repo is your gateway to accurate age predictions using physical measurements using Pysaprk. 🌊🔮

    Language:Jupyter Notebook1
  • CyberAttack-Detection

    Cyberattack Detection for network traffic using Neural networks. Implemented gradient descent-based method to generate adversarial samples against supervised learning models.

    Language:Jupyter Notebook1
  • machine-learning

    Contains various machine learning algorithms and their implementations.

    Language:Jupyter Notebook1
  • Accident-Casuality-Prediction

    Fundamentals of Data Analytics Mini Project

    Language:Jupyter Notebook1
  • Deep-Neural-Network

    Create a Deep Neural Network from Scratch using Python3.

    Language:HTML1
  • Linear-and-Logistic-Regression-by-implementing-gradient-decent-algorithm

    Segmentation GPU Kernel Performance Dataset. Data Set Characteristics: Multivariate Number of Instances: 241600 Area: Computer Attribute Characteristics: Integer Number of Attributes: 18 Date Donated 2018-02-27 Associated Tasks: Regression Missing Values: N/A Number of Web Hits: 23721

    Language:Jupyter Notebook1
  • momentum-in-ml

    Momentum in Machine Learning

    Language:Jupyter Notebook1
  • controllable-text-attribute-transfer

    Tensorflow implementation of "Controllable Unsupervised Text Attribute Transfer via Editing Entangled Latent Representation" (NeurIPS 2019)

    Language:Python1
  • machine-learning

    Linear Regression and Feature Engineering, Implementation of Gradient Descent, Sub-gradient Descent, Newton Method, Quasi-Newton Method, LBFGS, Determinig Confidence Interval from Bernouli, Uniform and Normal Distribution,Dimensionality Reduction and Classification.

    Language:MATLAB1
  • gradient-descent

    Implementation and visualization of Gradient descent Algorithm

    Language:Jupyter Notebook1