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Graph and information theory based fault detection and diagnosis from historian time series data

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FaultMap

Travis Build(https://travis-ci.org/SimonStreicher/FaultMap)

Code Coverage(https://coveralls.io/github/SimonStreicher/FaultMap?branch=master)

Code Climate(https://codeclimate.com/github/SimonStreicher/FaultMap)

DOI(https://zenodo.org/badge/latestdoi/14229559)

Introduction

FaultMap is a data-driven, model-free process fault detection and diagnosis tool. Causal links between processes elements are identified using information theory measures (transfer entropy). These links are then used to create a visual representation of the main flows of information (disturbances, etc.) among the process elements as a directed graph. These directed graphs are useful as troubleshooting aids.

Network centrality algorithms are applied to determine the most influential elements based on the strength and quality of their influence on other connected nodes (eigenvector centrality).

Documentation and demonstrations still under development.

Prerequisites

Most of the prerequisites are related to getting JPype to work correctly:

  • Python 3.7+ with compatible C++ compiler
    • On Windows, compiling packages usually requires the VC++ 2015.3 v14.00 (v140) toolset for desktop to be installed from the Visual Studio installer.
  • Java JDK 1.8.201+ (or latest Java 8 SDK)
    • The JAVA_HOME environment variable should point to the installation directory.

Installation

git clone https://github.com/SimonStreicher/FaultMap.git
cd FaultMap
conda create --name faultmap python=3.7
source activate faultmap
pip install -r requirements.txt
pytest

A Docker image is available with all necessary packages and dependencies installed.

docker pull simonstreicher/faultmap

If you want to build locally, the Dockerfile can be found at FaultMapDocker GitHub.

Setup

Create directories for storing the data, configuration files as well as results. Create a file caseconfig.json in the root directory, similar to testconfig.json which comes with the distribution. Enter the full path to the data, configuration and results directories as well as the infodynamics.jar you want to use for Java Information Dynamics Toolkit (JIDT) (the tested version is included in the distribution).

Example caseconfig.json file (also included in example_configs directory):

{
  "dataloc": "~/faultmap/faultmap_data",
  "configloc": "~/repos/faultmapconfigs",
  "saveloc": "~/faultmap/faultmap_results",
  "infodynamicsloc": "~/repos/FaultMap/infodynamics.jar"
}

Configuration

Refer to the example_configs directory in the distribution for the required format of configuration files in order to fully define cases and scenarios. The following configuration files are needed to fully specify a specific case:

  1. weightcalc.json
  2. noderank.json
  3. graphreduce.json
  4. plotting.json

Execution

In order to calculate a full set of results for a specific case, make sure this case name is included in the config_full.json file in the directory defined under configloc in the caseconfig.json file.

Example config_full.json file (also included in example_configs directory):

{
  "mode": "cases",
  "writeoutput": true,
  "cases": [
    "tennessee_eastman"
  ]
}

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Graph and information theory based fault detection and diagnosis from historian time series data

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