Design and Implementation of a Model Selection Pipeline for Prognostics and Health Management in the Operational Environment

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Published Oct 26, 2023
Peter Bishay Lukens Sarah Rousis Damon Danneman Nathan

Abstract

Model selection is a crucial aspect of Prognostics and Health Management (PHM). However, many PHM models are de- veloped for specific datasets and lack flexibility to adapt to different datasets with varying data quality considerations. To address this gap, we propose a generalizable model selection pipeline for PHM. Our approach involves creating a pipeline for testing models that users can tune in various ways. We designed a sequential pipeline of steps for model selection with a focus on implementation considerations which include recommendations for handling environmental variables, ca- pabilities for remote and local work environments, and stor- age considerations of the serialized pipeline. Performance metrics are designed to consider data quality characteristics such as ambiguous labeling. We illustrate the generalizability of our approach through a case study of our model selection pipeline applied to a field dataset with ambiguous labels. Our design accommodates data characteristics commonly found in field data, such as ambiguous labels and data wrangling. Our contribution fills a gap in real-world implementations of PHM by offering technology considerations and recommen- dations for effective deployment.

How to Cite

Bishay, P., Sarah, L., Damon, R., & Nathan, D. (2023). Design and Implementation of a Model Selection Pipeline for Prognostics and Health Management in the Operational Environment. Annual Conference of the PHM Society, 15(1). https://doi.org/10.36001/phmconf.2023.v15i1.3568
Abstract 152 | PDF Downloads 139

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Keywords

Fault Detection, Modeling Pipeline, Data/Model Operations

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Section
Technical Research Papers