Page 56 - AI Standards for Global Impact: From Governance to Action
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AI Standards for Global Impact: From Governance to Action



                  2)   Expand the global AI Champions network to foster cross-border collaboration and
                       coordinate research, policy, and implementation efforts in AI for health.
                  3)   Support platforms enabling benchmarking and localized AI validation not requiring AI
                       expertise, helping ensure technologies are contextually relevant, trustworthy, and aligned
                       with regional priorities.
                  4)   Create model laws and standardized frameworks to guide national AI health strategies,
                       promoting transparency, ethics, and regulatory coherence across jurisdictions.
                  5)   Advocate for open science and foster inclusive, transparent, and accountable AI policy
                       and research that benefits society as a whole.



                      Box 1: AI impact on healthcare

                      The advancements in AI  technology  present  unprecedented opportunities  to
                      revolutionize healthcare, making it more effective, accessible, and economically
                      sustainable. By fostering the integration of AI through appropriate policies, countries
                      can improve healthcare and ensure that new technologies, treatments, and medicines
                      benefit society at large. For example:

                      •    AI can facilitate the efficient allocation of healthcare resources. Predictive
                           modelling can forecast patient admissions and optimize the use of hospital beds,
                           staff, and equipment. This helps ensure that resources are available where and
                           when needed most, reducing waste and enhancing the quality of care.
                      •    AI also has the potential to tackle some of the most pressing challenges in
                           healthcare, such as rising costs, inefficiencies, and the demand for higher-quality
                           care.
                      •    AI can reduce costs and streamline administrative tasks like patient scheduling,
                           billing, and electronic health records management by automating and optimizing
                           operations. This can free healthcare professionals to focus more on patient care.
                      •    In diagnostics, AI enhances accuracy and enables earlier detection, often leading
                           to less invasive and more cost-effective treatment options.
                      •    AI-driven personalized treatment plans can complement traditional approaches
                           by offering more targeted and effective care, improving patient outcomes while
                           also helping to reduce the financial burden on healthcare systems.




                  8�3  Use cases of AI in health


                  Some real-world applications of AI to address global health challenges were showcased at the
                  workshop, highlighting the transformative impact of AI in the health space and some of the
                  explored the necessary factors for key stakeholders to bring AI to the people at the frontline.

                  The following applications of AI in health were presented:

                  •    WHO and Training Aid presented how AI facilitates the development and customization
                       of standards-guided training packages for emergency agencies. These packages scale
                       up the learning and competencies of emergency workers in different roles at the country
                       level.
                  •    Peking University, China  presented China's "5-minute social rescue circle" initiative
                       for cardiac arrest emergencies to improve survival rates, demonstrating how AI, data
                       integration, and community-based approaches could increase bystander CPR and survival
                       rates.




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