Artificial neural networks are computational models inspired by an animal’s central nervous system (in particular brain) which is capable of machine learning as well as pattern recognition (Wikipedia).
In these slides, we present the single layer and multilayer perceptrons, which are devoted to supervised learning process. We describe the baseline of the approaches: the difference between the linear (single-layer) and non-linear (multilayer) classifiers; the representation power of the models; the learning algorithm (the Widrow-Hoff rule and the back propagation algorithm).
Keywords: artificial neural network, perceptron, single layer, SLP, multilayer, MLP, widrow-hoff rule, backpropagation algorithm, linear classifier, non linear classifier
Components (Tanagra): MULTILAYER PERCEPTRON
Slides: Single layer and multilayer perceptrons
Tutorials:
Tanagra tutorials, "Configuration of a multilayer perceptron", December 2017.
Tanagra tutorials, "Multilayer perceptron - Software comparison", 2008.
Home >
Supervised Learning
> Single layer and multilayer perceptrons (slides)
Tuesday, September 16, 2014
Single layer and multilayer perceptrons (slides)
About The Author
stella
Nulla sagittis convallis arcu. Sed sed nunc. Curabitur consequat. Quisque metus enim, venenatis fermentum, mollis in, porta et, nibh. Duis vulputate elit in elit. Mauris dictum libero id justo.
Labels:
Supervised Learning
Subscribe to:
Post Comments (Atom)
Find us on Facebook
Find us on Google Plus
Labels
- Association rules (8)
- Clustering (14)
- Data file handling (17)
- Decision tree (21)
- Exploratory Data Analysis (17)
- Feature Construction (6)
- Feature Selection (8)
- PLS Regression (5)
- Python (11)
- Regression analysis (13)
- Sipina (23)
- Software Comparison (49)
- Statistical methods (3)
- Supervised Learning (67)
- Tanagra (13)
- Text Mining (2)



No comments:
Post a Comment