Artificial Neural Networks for Beginners
Carlos Gershenson
Abstract
The scope of this teaching package is to make a brief induction to Artificial Neural Networks (ANNs) for people who have no previous knowledge of them. We first make a brief introduction to models of networks, for then describing in general terms ANNs. As an application, we explain the backpropagation algorithm, since it is widely used and many other algorithms are derived from it. The user should know algebra and the handling of functions and vectors. Differential calculus is recommendable, but not necessary. The contents of this package should be understood by people with high school education. It would be useful for people who are just curious about what are ANNs, or for people who want to become familiar with them, so when they study them more fully, they will already have clear notions of ANNs. Also, people who only want to apply the backpropagation algorithm without a detailed and formal explanation of it will find this material useful. This work should not be seen as "Nets for dummies", but of course it is not a treatise. Much of the formality is skipped for the sake of simplicity. Detailed explanations and demonstrations can be found in the referred readings. The included exercises complement the understanding of the theory. The on-line resources are highly recommended for extending this brief induction.
Create a lesson
Related papers
Position Paper: Neurotransmitters as a Missing Dimension in Artificial Neural Networks
Yupei Li, Manuel Milling, Berrak Sisman et al.
A Metaheuristic Optimization Framework for Discrete Optimization under Strict Time Limits
Umut Çalıkyılmaz, Nitin Nayak, Sven Groppe
Benchmarking Tabular Foundation Models as Surrogates in Expensive Evolutionary Optimization
Lu Han, Jin Wang, Yuchen Li et al.
A Spatiotemporal Extension of the Neuromorphic DBSCAN Implementation
Charles P. Rizzo, James S. Plank
Machine Zygote: Causal Biparental Heredity Before Learning in a Germline--Soma Artificial Agent
Lyes Saad Saoud
Bio-Inspired Palette Evolution in Indirectly Encoded Substrates: Timescale Compatibility Shapes Activation Function Discovery
Romain Claret, Michael O'Neill, Paul Cotofrei et al.