Orchestrating AI in clinical settings with jBPM

jBPM orchestrates external AI, specifically for integrating AI-powered features into clinical settings like stroke prediction with OpenEMR.

In part one and part two of this series, we’ve seen how jBPM can be used as a platform for orchestrating external AI-centric environments, such as Python, used for designing and running AI solutions. This article brings it all together to show how effective jBPM can be in integrating AI-powered features into a clinical setting.

jBPM, OpenEMR and Python for stroke prediction

*Stroke Prediction solution deployed in jBPM is run by the users of OpenEMR*

A comprehensive illustrative example of jBPM orchestrating Python is our solution for training AI models and estimating stroke risk in a set of patients. In a hospital or clinical setting, physicians use an EMR (Electronic Medical Record) system like open-source OpenEMR (or any other software allowing customization of user screens). Stroke prediction requests may originate from various sections of the EMR, typically within a patient’s file:

*A standard patient file screen in jBPM with a Health AI Solution Catalog*

The physician selects the stroke prediction AI solution and submits a prediction request to jBPM, where the AI logic is deployed:

*The patient file screen displaying stroke risk prediction results*

jBPM processes the request, orchestrating the AI logic and Python computations, and returns the estimated stroke risk to OpenEMR:

*Process instance logging screen in jBPM displaying a prediction request (ID: 977) from a physician*

The stroke risk is initially calculated in jBPM before being returned to OpenEMR for the physician:

*The process instance record (ID: 977) in jBPM displays the computed stroke risk to be returned to OpenEMR*

This prediction workflow, when visualized end-to-end, appears as follows:

*End-to-end flow of stroke prediction across OpenEMR and jBPM*

Meanwhile, an analyst monitoring the AI models’ performance can retrain and publish updated models:

*Custom Health AI screen in OpenEMR for training AI models via jBPM*

Similar to the physician’s workflow, the analyst selects the AI solution and submits a train/validate/ test request to jBPM:

*Custom Health AI screen displaying outcomes of train/validate/test requests*

jBPM logs and executes the training process:

*Process instance logging screen in jBPM displaying a train/validate/test request (ID: 978) from an analyst*

Results are computed and returned to OpenEMR:

*Process instance record in jBPM displaying computed accuracy metrics to be returned to OpenEMR*

Load testing confirms that jBPM efficiently handles simultaneous user requests for both prediction and model training without bottlenecks or data leaks:

*OpenEMR screens displaying stroke prediction and model training results from load testing*

The following video shows how all the above works live. We would be happy to support the interested reader with getting it up and running in their IT landscape: reach out to us for guidance and advice.

For more: C-NLTX/Open-Source

Read Part 1 and Part 2:

I design-to-market development, deployment and production accelerators for in-platform computations. I have contributed to the evolution of product offering at well-known data platform vendors. My LinkedIn: https://www.linkedin.com/in/lukyanchikov/

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jBPM, OpenEMR and Python for stroke prediction