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Philipp

Philipp Drieger

Philipp Drieger works as a Principal Machine Learning Architect at Splunk. He accompanies Splunk customers and partners across various industries in their digital journeys, helping to achieve advanced analytics use cases in cybersecurity, IT operations, IoT and business analytics. Before joining Splunk, Philipp worked as freelance software developer and consultant focussing on high performance 3D graphics and visual computing technologies. In research, he has published papers on text mining and semantic network analysis.

Platform 3 Min Read

Go with your Data Flow - Improve your Machine Learning Pipelines

How do you organize the data flow in Splunk Enterprise or Splunk Cloud? Splunker Philipp Drieger shares typical data pipeline patterns that will help you improve your existing or future machine learning workflows with MLTK or DLTK.
Platform 3 Min Read

Deep Learning Toolkit 3.6 - Automated Machine Learning, Random Cut Forests, Time Series Decomposition, and Sentiment Analysis

We’re excited to share that the Deep Learning Toolkit App for Splunk (DLTK) is now available in version 3.6 for Splunk Enterprise and Splunk Cloud. Read all about the updates here.
Platform 3 Min Read

Deep Learning Toolkit 3.5 - Part 2: Change Point Detection, Matrix Profiles and LSTM-based Predictions

In the first part of this 2-part-series we talked about recent additions to version 3.5 of the Deep Learning Toolkit for Splunk (DLTK). Here in part 2 we want to explain a few new algorithmic approaches available for time series analysis. These can be especially interesting for anomaly detection and time series prediction.
Platform 2 Min Read

Deep Learning Toolkit 3.5 - Part 1: Git, MLflow and Image Updates

Part 1 of this blog series, talks about the latest improvements for model management, code version control and recent image updates of Deep Learning Toolkit for Splunk (DLTK).
Industries 2 Min Read

Accelerated Data Science and Deep Learning for a Predictive Testing Strategy

During .conf20 we presented alongside BMW Group the way a predictive testing strategy can enable better process efficiency in automotive manufacturing. We also introduced briefly which machine learning tools and analytical techniques were useful within the given situation.
Platform 4 Min Read

Deep Learning Toolkit 3.4: Grid Search, Causal Inference and Process Mining

We're diving into three interesting new algorithmic approaches available with the latest version 3.4 of the Deep Learning Toolkit (DLTK) App for Splunk.