Page 35 - Shaping ethics, regulation and standardization in AI for health
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Shaping ethics, regulation and standardization in AI for health



                   symptom assessment applications that have become widely available. These systems, also called
                   "symptom-checkers", allow their users to enter presenting complaints they seek advice for. The
                   systems then follow-up with a conversation collecting further evidence on other symptoms
                   the user might have experienced to then provide advice on relevant next steps ranging from
                   self-care, oversee a pharmacy to seek emergency care, diseases that might have caused the
                   symptoms and explanations on how the symptoms and these suggestions are related. By
                   navigating users to the right care at the right time such systems help using the resources of the
                   health systems more efficient. On the doctor's side such systems help to save time by allowing
                   for an automated collection of relevant information before seeing the doctor and to reduce the
                   risk of misdiagnosis. While systems for AI-based symptom assessment have great potential to
                   improve health care, the lack of consistent standardisation makes it difficult for organizations
                   like the WHO, governments and other key players to adopt such applications as part of their
                   policies to address global health challenges. The specification of a standardized benchmarking
                   for AI based symptom assessment applications in this document as part of the ITU/WHO Focus
                   Group on AI for Health is an important step towards closing this gap.


                   A�4�12 DEL 10�15: FG-AI4H Topic Description Document for the Topic group
                           on Tuberculosis (TG-TB)

                   Summary: This TDD focuses on the use of AI for the radiographic detection and screening
                   of tuberculosis (TB), particularly in high-burden areas like India. It highlights the potential of
                   AI, specifically Computer Assisted Diagnosis (CAD) systems, to overcome healthcare worker
                   shortages and improve early TB detection, which is crucial for global TB control efforts.
                   The core purpose of this document is to propose and detail a standardized benchmarking
                   approach for evaluating the performance of AI-based TB screening tools, including defining
                   data requirements, performance metrics, and the collaborative process for developing and
                   testing these tools.


                   A�4�13 DEL 10�17: FG-AI4H Topic Description Document for the Topic group
                           on dental diagnostics and digital dentistry (TG-Dental)

                   Summary: This TDD details the work of the Topic Group on Dental Diagnostics and Digital
                   Dentistry (TG-Dental). It provides a comprehensive overview of the group's activities from
                   2019 to 2023, outlining the challenges and opportunities of AI in various dental specialties,
                   including diagnostics, treatment planning, and digital dentistry. The text emphasizes the need
                   for standardized benchmarking of AI systems to ensure their robustness and generalizability
                   across diverse populations and clinical settings, highlighting the ethical considerations, such as
                   data diversity and privacy, that are crucial for the responsible development and implementation
                   of dental AI solutions.

                   A�4�14 DEL 10�20: FG-AI4H Topic Description Document for the Topic group
                           on AI for endoscopy (TG-Endoscopy)

                   Summary: Endoscopy is the core technical means for early diagnosis and screening of digestive
                   cancer, while AI solutions for endoscopy are expected to help clinicians improve the quality
                   of their examinations and reduce the number of missed diagnoses. This TDD describes the
                   application of AI in endoscopic procedures, specifically focusing on two subtopics: colonoscopy
                   and endoscopic ultrasound (EUS). In addition to a general description of AI for endoscopy,
                   this document defines a framework for standardized benchmarking of AI systems designed to



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