Keras.

Slides:



Advertisements
Similar presentations
Neural Networks and SVM Stat 600. Neural Networks History: started in the 50s and peaked in the 90s Idea: learning the way the brain does. Numerous applications.
Advertisements

Evolving a Sigma-Pi Network as a Network Simulator by Justin Basilico.
Appendix B: An Example of Back-propagation algorithm
Backpropagation An efficient way to compute the gradient Hung-yi Lee.
Multi-Layer Perceptron
Non-Bayes classifiers. Linear discriminants, neural networks.
11 1 Backpropagation Multilayer Perceptron R – S 1 – S 2 – S 3 Network.
Intro. ANN & Fuzzy Systems Lecture 11. MLP (III): Back-Propagation.
Combining Models Foundations of Algorithms and Machine Learning (CS60020), IIT KGP, 2017: Indrajit Bhattacharya.
Welcome deep loria !.
RNNs: An example applied to the prediction task
CSE 190 Caffe Tutorial.
CS 6501: 3D Reconstruction and Understanding Convolutional Neural Networks Connelly Barnes.
Environment Generation with GANs
Quantum Simulation Neural Networks
Lecture 3. Fully Connected NN & Hello World of Deep Learning
Computer Science and Engineering, Seoul National University
Recurrent Neural Networks for Natural Language Processing
Computing Gradient Hung-yi Lee 李宏毅
Mastering the game of Go with deep neural network and tree search
Deep Learning Libraries
Neural Networks CS 446 Machine Learning.
Mini Presentations - part 2
Detecting personality based on interactions with Alexa
with Daniel L. Silver, Ph.D. Christian Frey, BBA April 11-12, 2017
Overview of TensorFlow
Convolution Neural Networks
First Steps With Deep Learning Course.
Policy Compression for MDPs
A brief introduction to neural network
Deep Learning Convoluted Neural Networks Part 2 11/13/
Master’s Thesis defense Ming Du Advisor: Dr. Yi Shang
Prof. Carolina Ruiz Department of Computer Science
RNNs: Going Beyond the SRN in Language Prediction
Machine Learning Today: Reading: Maria Florina Balcan
Deep Learning Packages
Counting in Dense Crowds using Deep Learning
Convolutional Neural Networks
Introduction to Deep Learning with Keras
Road Traffic Sign Recognition
Smart Robots, Drones, IoT
Backpropagation.
CSC 578 Neural Networks and Deep Learning
Pattern Recognition and Machine Learning
Image to Image Translation using GANs
Neural Networks Geoff Hulten.
TGS Salt Identification Challenge
Backpropagation.
Visualizing and Understanding Convolutional Networks
Backpropagation.
Forward and Backward Max Pooling
Mihir Patel and Nikhil Sardana
Coding neural networks: A gentle Introduction to keras
Artificial Neural Networks
RNNs: Going Beyond the SRN in Language Prediction
Backpropagation Disclaimer: This PPT is modified based on
Artificial Neural Networks
Artificial Intelligence 10. Neural Networks
Mihir Patel and Nikhil Sardana
Martin Schrimpf & Jon Gauthier MIT BCS Peer Lectures
TensorFlow: A System for Large-Scale Machine Learning
Deep Learning Libraries
Mastering Open-face Chinese Poker by Self-play Reinforcement Learning
Debasis Bhattacharya, JD, DBA University of Hawaii Maui College
CSC 578 Neural Networks and Deep Learning
Algorithms in Bioinformatics
Principles of Back-Propagation
Prof. Carolina Ruiz Department of Computer Science
An introduction to neural network and machine learning
Overall Introduction for the Lecture
Presentation transcript:

Keras

Models Model = layers, loss and an optimizer Add layer to model, compile() and fit() Model can be saved and chckpoimted for later use

Layers Layers are used to define the network Examples: Dense Convolutional Pooling Dropout

Loss Function Measures the error by comparing the network predicted output with the expected output The loss must be minimized by udatng the weights thgough backpropagation Common loss functions Mean squared root Cross-entropy

Optimizers Optimizers are strategies used to update the weights durig backpropagation Examples: RMSpro Adam AdaGrad

Backends Keras may use several backends: Exploits either: Theano tensorFlow Exploits either: CPU GPU

Resources https://s3.amazonaws.com/assets.datacamp.com/blog_assets/Keras_Cheat_Sheet_Python.pdf