- Machine Learning for Finance
- Table of Contents
- Machine Learning for Finance
- Contributors
- Preface
- 1. Neural Networks and Gradient-Based Optimization
- Our journey in this book
- What is machine learning?
- Supervised learning
- Unsupervised learning
- Reinforcement learning
- Setting up your workspace
- Using Kaggle kernels
- Using the AWS deep learning AMI
- Approximating functions
- A forward pass
- A logistic regressor
- Optimizing model parameters
- Measuring model loss
- A deeper network
- A brief introduction to Keras
- Tensors and the computational graph
- Exercises
- Summary
- 2. Applying Machine Learning to Structured Data
- 3. Utilizing Computer Vision
- 4. Understanding Time Series
- Visualization and preparation in pandas
- Different kinds of stationarity
- Fast Fourier transformations
- Autocorrelation
- Establishing a training and testing regime
- A note on backtesting
- Median forecasting
- ARIMA
- Kalman filters
- Forecasting with neural networks
- Conv1D
- Dilated and causal convolution
- Simple RNN
- LSTM
- Recurrent dropout
- Bayesian deep learning
- Exercises
- Summary
- 5. Parsing Textual Data with Natural Language Processing
- An introductory guide to spaCy
- Named entity recognition
- Part-of-speech (POS) tagging
- Rule-based matching
- Regular expressions
- A text classification task
- Preparing the data
- Bag-of-words
- Topic modeling
- Word embeddings
- Document similarity with word embeddings
- A quick tour of the Keras functional API
- Attention
- Seq2seq models
- Exercises
- Summary
- 6. Using Generative Models
- 7. Reinforcement Learning for Financial Markets
- 8. Privacy, Debugging, and Launching Your Products
- 9. Fighting Bias
- 10. Bayesian Inference and Probabilistic Programming
- Other Books You May Enjoy
- Index
Amazon Web Services (AWS) provides an easy-to-use, preconfigured way to run deep learning in the cloud.
Visit https://aws.amazon.com/machine-learning/amis/ for instructions on how to set up an Amazon Machine Image (AMI). While AMIs are paid, they can run longer than Kaggle kernels. So, for big projects, it might be worth using an AMI instead of a kernel.
To run the notebooks for this book on an AMI, first set up the AMI, then download the notebooks from GitHub, and then upload them to your AMI. You will have to download the data from Kaggle as well. See the Using data locally section for instructions.
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