Phil Schatzmann

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Machine Learning

Machine Learning

Predicting the Direction of Stock Market Prices using a Random Forest Classifier

In this demo I will show how to predict if the closing price of Apple, General Electric and Samsung Electronics is moving up or down. We do this with the help of a Random Forest Classifier. I tried to replicate the result from a research paper authored by Luckyson Khaidem, Snehanshu Read more…

By pschatzmann, 7 years27. November 2018 ago
Machine Learning

Investor – Stock Forecasting with LSTM

In this blog we show how to forecast the closing price of AAPL using a LSTM RRN network. We use the open, closing, high and low rates and the volume of the current day as input in order to predict the subsequent closing price. This demo has been implemented in Read more…

By pschatzmann, 7 years24. November 2018 ago
Machine Learning

Investor – Validating DL4J LSTM Stock Forecasting (using the HarmonicStockOscillator)

A Long short-term memory (LSTM) network is a special type of a recurrent neural network (RNN). It remembers values over arbitrary time intervals which makes it suited to be used for forecasting of time series. I was struggling with the DL4J implementation of the LSTM to be used to forecast stock data and I Read more…

By pschatzmann, 7 years21. November 2018 ago
Machine Learning

Investor and Machine Learning (MLlib and DL4J)

In this Blog we demonstrate how Investor can be used together with DL4j and Spark’s MLlib. In general the idea is to use the stock history data in order to predict an increase or decrease of the stock value with the help of Machine Learning. We will demonstrate how we can Read more…

By pschatzmann, 7 years19. November 2018 ago
Machine Learning

H2O Deployment in Scala, Groovy, Kotlin….

The H2O MOJO and POJO models can be deployed to production w/o the need of any access to a running H2O or Spark Instance. I am providing some examples using Jupyter with different BeakerX kernels. Groovy Scala Kotlin

By pschatzmann, 7 years5. November 2018 ago
Machine Learning

H2O Sparkling Water – Distributed Random Forrest

H2O is a machine learning framework which has been implemented in Java and provides an API for Scala, Python and R. This framework has the following unique features: – It has a interactive web GUI (Flow) so that you can work w/o any programming – The generated trained models can Read more…

By pschatzmann, 7 years5. November 2018 ago
Machine Learning

Naive Bayes with Weka

If you are interested in Machine Learning in the JVM you should not forget about the good old Weka. It has basically been desinged to be used by a Swing GUI but it can also be used as an API. In terms of documentation I can recommend this manual and Read more…

By pschatzmann, 7 years3. November 2018 ago
Data Science

Exchanging Data between MLlib, DL4J and Shogun

Each machine learning framework has its own basic data model and it is part of the ‘data preparation’ to convert the existing data to the required input format of the specific framework. Most of these frameworks also provide a direct access to some predefined data-sets (e.g iris, mnist etc) I Read more…

By pschatzmann, 7 years2. November 2018 ago
Machine Learning

Random Forrest Classifier in Spark ML

MLlib is Spark’s machine learning (ML) library. It’s goal is to make practical machine learning scalable and easy. I tried to make a complete step by step classification example using the Iris flower data set  using the BeakerX Jupyter kernel which covers the following steps Setup Data Preparation Testing and Prediction Validation The example Read more…

By pschatzmann, 7 years2. November 2018 ago
Machine Learning

Using Shogun in the JVM

Shogun is and open-source machine learning library that offers a wide range of efficient and unified machine learning methods. It is implemented in C++ and provides the necessary java integration so that it can be used in any language which is based on the JVM: – Java – Scala – Read more…

By pschatzmann, 7 years30. October 2018 ago

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Phil Schatzmann
Rue du Biais 24 B
1957 Ardon
Switzerland

phil.schatzmann@gmail.com

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