AI — Models & Research

SKLEARN IMPUTER : NETTOYAGE DE DONNÉES

SKLEARN IMPUTE: DATA CLEANING

SKLEARN PIPELINE AVANCÉE

SKLEARN ADVANCED PIPELINE

PYTHON SKLEARN PRE-PROCESSING + PIPELINE (22/30)

PYTHON SKLEARN PRE-PROCESSING + PIPELINE (22/30)

Sklearn make_scorer tutoriel : Créer vos propres métriques.

Sklearn make_scorer tutorial: Create your own metrics.

MÉTRIQUES de RÉGRESSIONS en DATA SCIENCE (Coefficient de Détermination, Erreur Quadratique, etc... )

REGRESSION METRICS in DATA SCIENCE (Coefficient of Determination, Squared Error, etc.)

CROSS-VALIDATION SKLEARN PYTHON (Techniques expliquées en Français)

SKLEARN PYTHON CROSS-VALIDATION (Techniques explained in French)

PYTHON SKLEARN - MODEL SELECTION : Train_test_split, Cross Validation, GridSearchCV (21/30)

PYTHON SKLEARN - MODEL SELECTION : Train_test_split, Cross Validation, GridSearchCV (21/30)

PYTHON SKLEARN: KNN, LinearRegression et SUPERVISED LEARNING (20/30)

PYTHON SKLEARN: KNN, LinearRegression et SUPERVISED LEARNING (20/30)

Mind-Machine Interfaces

RÉGRESSION LINÉAIRE MULTIPLE AVEC NUMPY - ML#9

MULTIPLE LINEAR REGRESSION WITH NUMPY - ML#9

RÉGRESSION LINÉAIRE NUMPY - ML#8

NUMPY LINEAR REGRESSION - ML#8

PYTHON : L'ESSENTIEL POUR MACHINE LEARNING - ML#7

PYTHON: THE ESSENTIAL FOR MACHINE LEARNING - ML#7

RÉGRESSION LINÉAIRE (partie 2/2) - ML#6

LINEAR REGRESSION (part 2/2) - ML#6

MATRICES ET NUMPY - ML#5

MATRICES ET NUMPY - ML#5

DESCENTE DE GRADIENT (GRADIENT DESCENT) - ML#4

GRADIENT DESCENT - ML#4

LA RÉGRESSION LINÉAIRE (partie 1/2) - ML#3

LINEAR REGRESSION (part 1/2) - ML#3

Mocap as a Service: Video Motion Capture Makes Human Motion Analysis for Everyone

Lecture 23 | MIT 6.832 (Underactuated Robotics), Spring 2019

Lecture 22 | MIT 6.832 (Underactuated Robotics), Spring 2019

COMMENT FONCTIONNE LE MACHINE LEARNING ?

HOW DOES MACHINE LEARNING WORK?

Fuzzy & Annotated Semantic Web Languages

Uncertainty-aware Food Analysis by Deep Learning

Neuromorphic computing with emerging memory devices

Human Authentication Using Facial Cues

From Research to Scalable AI Solutions, 2 examples: Trust & Fairness and CNN Automatic Generation

Deep Learning for SPECT, SPECT/CT and PET

Learning Embedding Space for Clustering From Deep Representations

A Survey of Attacks Against Twitter Spam Detectors in an Adversarial Environment

Lecture 21 | MIT 6.832 (Underactuated Robotics), Spring 2018

Lecture 20 | MIT 6.832 (Underactuated Robotics), Spring 2018

Backpropagation, intuitively | Deep Learning Chapter 3

Backpropagation calculus | Deep Learning Chapter 4

Gradient descent, how neural networks learn | Deep Learning Chapter 2

But what is a neural network? | Deep learning chapter 1

BRAIN 2025, Prof. Terry Sejnowski

Defaul Logic

Autoepistemc Logic

Taxonomies and Inheritance

Natural Language Semantics

Resource Description Framework (RDF)