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将人工智能平台集成到临床信息技术中:用于临床人工智能模型开发的BPMN流程。

Integrating an AI platform into clinical IT: BPMN processes for clinical AI model development.

作者信息

Arshad Kfeel, Ardalan Saman, Schreiweis Björn, Bergh Björn

机构信息

Institute for Medical Informatics and Statistics, Kiel University and University Hospital Schleswig-Holstein, Kiel, Germany.

Medical Data Integration Center, University Hospital Schleswig-Holstein, Kiel, Germany.

出版信息

BMC Med Inform Decis Mak. 2025 Jul 2;25(1):243. doi: 10.1186/s12911-025-03087-4.

Abstract

BACKGROUND

There has been a resurgence of Artificial Intelligence (AI) on a global scale in recent times, resulting in the development of cutting-edge AI solutions within hospitals. However, this has also led to the creation of isolated AI solutions that are not integrated into clinical IT. To tackle this issue, a clinical Artificial Intelligence (AI) platform that handles the entire development cycle of clinical AI models and is integrated into clinical IT is required. This research investigates the integration of a clinical AI platform into the clinical IT infrastructure. This is demonstrated by outlining the stages of the AI model development cycle within the clinical IT infrastructure, illustrating the interaction between different IT system landscapes within the hospital with BPMN diagrams.

METHODS

Initially, a thorough analysis of the requirements is conducted to refine the necessary aspects of the clinical AI platform with consideration of the individual aspects of clinical IT. Subsequently, processes representing the entire development cycle of an AI model are identified. To facilitate the architecture of the AI platform, BPMN diagrams of all the identified processes are created. Clinical use cases are used to evaluate the processes using the FEDS framework.

RESULTS

Our BPMN process diagrams cover the entire development cycle of a clinical AI model within the clinical IT. The processes involved are Data Selection, Data Annotation, On-site Training and Testing, and Inference, with distinctions between (Semi-Automated) Batch Inference and Real-Time Inference. Three clinical use cases were assessed to evaluate the processes and demonstrate that this approach covers a wide range of clinical AI use cases.

CONCLUSIONS

The evaluations were executed successfully, which indicate the comprehensive nature of our approach. The results have shown that different clinical AI use cases are covered by the BPMN diagrams. Our clinical AI platform is ideally suited for the local development of AI models within clinical IT. This approach provides a basis for further developments, e.g., enabling the training and deployment of an AI model across multiple sites or the integration of security- and privacy-related aspects.

摘要

背景

近年来,人工智能(AI)在全球范围内再度兴起,促使医院内部开发出了前沿的人工智能解决方案。然而,这也导致了一些孤立的人工智能解决方案的产生,这些方案并未集成到临床信息技术中。为了解决这一问题,需要一个能够处理临床人工智能模型整个开发生命周期并集成到临床信息技术中的临床人工智能(AI)平台。本研究探讨了将临床人工智能平台集成到临床信息技术基础设施中的情况。这通过概述临床信息技术基础设施内人工智能模型开发生命周期各阶段,并使用BPMN图说明医院内不同信息技术系统格局之间的交互来得以体现。

方法

首先,进行全面的需求分析,以考虑临床信息技术的各个方面来完善临床人工智能平台的必要方面。随后,确定代表人工智能模型整个开发生命周期的流程。为了便于人工智能平台的架构设计,创建了所有已确定流程的BPMN图。使用临床用例通过FEDS框架对这些流程进行评估。

结果

我们的BPMN流程图涵盖了临床信息技术中临床人工智能模型的整个开发生命周期。所涉及的流程包括数据选择、数据标注、现场训练与测试以及推理,(半自动)批量推理和实时推理之间存在区别。评估了三个临床用例以评估这些流程,并证明这种方法涵盖了广泛的临床人工智能用例。

结论

评估成功执行,这表明我们方法的全面性。结果表明,BPMN图涵盖了不同的临床人工智能用例。我们的临床人工智能平台非常适合在临床信息技术中进行人工智能模型的本地开发。这种方法为进一步的发展提供了基础,例如,能够在多个站点进行人工智能模型的训练和部署,或者集成与安全和隐私相关的方面。

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