Page 34 - Shaping ethics, regulation and standardization in AI for health
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Shaping ethics, regulation and standardization in AI for health



                  TG-Ophthalmo, in collaboration with the FGAI4H ML Audit activity, has completed tasks
                  such as drafting an Audit Verification Checklist and starting the setup of benchmarking for
                  Diabetic Retinopathy (DR) on the ML Audit platform. Completed practice tasks include platform
                  registration, updating challenge configuration files, creating and hosting a text prediction
                  challenge, participating in it, and creating annotation and submission files. Remaining tasks
                  include Dockerized model testing with images and obtaining an undisclosed test data set.


                  A�4�9  DEL 10�10: FG-AI4H Topic Description Document for the Topic group
                          on Outbreak detection (TG-Outbreaks)

                  Summary: This TDD specifies a standardized benchmarking for AI in outbreak detection (TG-
                  Outbreaks). Its primary purpose is to specify a standardized benchmarking framework for artificial
                  intelligence algorithms used in public health for detecting disease outbreaks. The document
                  covers various essential aspects, including the definition of the AI task, ethical and regulatory
                  considerations, existing benchmarking work, and the proposed benchmarking methodology
                  of the topic group, aiming to create a basis for evaluating and comparing AI solutions in this
                  critical area of public health.

                  The AI task involves planning and implementing data collection for health events, environmental
                  contamination, weather, and watershed ecological data in eThekwini, South Africa. This effort,
                  led by Woodco and the University of KwaZulu-Natal, aims to address the high incidence of
                  diarrhoeal disease in marginalized communities. Key aspects include community engagement,
                  ethical considerations, and data privacy. The collected data, including health case counts,
                  waterborne pathogen testing, and satellite data, will be used to predict and prevent diarrhoeal
                  disease outbreaks through an algorithm, ultimately improving sanitation and health outcomes
                  in areas with limited infrastructure.

                  Data simulation was still ongoing during final submission of this TDD. Furthermore, approval to
                  share simulated data was also not yet legally cleared. Thus, these results could not be included
                  in this deliverable.


                  A�4�10 DEL 10�12: FG-AI4H Topic Description Document for the Topic group
                          on AI for radiology (TG-Radiology)

                  Summary: This TDD outlines the work of the Topic Group on AI for radiology (TG-Radiology),
                  addressing the global shortage of radiologists by exploring AI solutions. A significant challenge
                  identified is the lack of standardized methods for benchmarking and evaluating AI radiological
                  systems, particularly in ensuring they can generalize across diverse data and handle complex
                  cases. The document proposes a radiograph-agnostic platform and framework for standardized
                  benchmarking, emphasizing a "Precision Evaluation" approach that assesses AI performance
                  across various demographic groups and geographical locations. Ethical considerations,
                  including bias and data privacy, are also discussed as crucial aspects of deploying AI in radiology.

                  A�4�11 DEL 10�14: FG-AI4H Topic Description Document for the Topic group
                          on Symptom assessment (TG-Symptom)

                  Summary: This document describes the work towards the specification of a standardized
                  benchmarking for AI-based symptom assessment systems. In recent years, one promising
                  approach to meet the challenging shortage of doctors has been the introduction of AI-based




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