The Neural Networks Survival Kit for Quants

Matthew Dixon, Assistant Professor of Finance and Statistics, Illinois Institute of Technology | October 08, 2018

View an extract of this session held at the Generation AI: The New Data-Driven Investor event in September 2018.You can also access the full video and slides.


Using examples ranging from portfolio construction to algorithmic trading, this talk explains neural networks as a non-parametric econometrics technique. Matthew also provides various examples illustrating the tradeoffs between using Deep Q-learning versus supervised deep learning for predictive modeling with signals such as news sentiment.

Access Slides and Full Video

Important Considerations

  • Traditional Statistical Modeling
  • Stats vs Machine Learning
  • What Does a Network Classifier Output
  • Taxonomy of Most Popular Neural Network Architectures
  • Geometric Interpretation of Neural Networks
  • Half-Moon Dataset
  • Why Deep Learning


  • Neural networks aren't themselves “black-boxes”, although they do treat the data generation process as a black-box The output from neural network classifiers are only probabilities if the features are conditionally independent (or there are enough layers)
  • One layer is typically sufficient to capture the non-linearity in most financial applications (but multiple layers are needed for probabilistic output)
  • Recurrent neural networks are non-parametric, non-linear, extensions of classical time series methods
  • TensorFlow doesn’t check that fitted Recurrent Neural Networks are stationary

Access the full video and slides

Request access to the full video and slides of the session "The Neural Networks Survival Kit for Quants" held at the RavenPack Research Symposium in New York City in September 2018.

Access Full Video and Slides of Neural Networks Survival Kit for Quants

Request Event Materials

Request a Trial

Fill out the form below and see RavenPack in action.