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AI for Good-Innovate for Impact



                      of continuous learning and skill enhancement, aligning with the Quality Education goal. The
                      focus on modular design and open-source components reflects an innovative leap towards
                      Industry, Innovation, and Infrastructure (SDG 9), demonstrating a scalable and adaptable
                      solution to healthcare challenges across different linguistic and cultural settings.

                      By empowering CHWs with the knowledge and tools needed for effective healthcare delivery,
                      the model plays a pivotal role in reducing health disparities and inequalities. It showcases how
                      leveraging AI and technology can facilitate a more equitable distribution of health resources
                      and knowledge, making a significant stride towards realizing the UN's vision for health equity
                      and access worldwide.


                      37�2�2� Future work

                      Model development, Create new variations/extensions to the same use case, Standards
                      development related to the use case, Setup reference tools, notebooks and simulation
                      environment, Others Elaborate proposal: Addressing the imminent shortfall of 10 million
                      health workers by 2030, predominantly in Low- and Middle-Income Countries (LMICs), this
                      paper introduces an innovative approach that harnesses the power of Large Language Models
                      (LLMs) integrated with machine translation models. This solution is engineered to meet the
                      unique needs of Community Health Workers (CHWs), overcoming language barriers, cultural
                      sensitivities, and the limited availability of medical dialog datasets.

                      I have crafted a model that not only boasts superior translation capabilities but also undergoes
                      rigorous fine-tuning on open-source datasets to ensure medical accuracy and is equipped with
                      comprehensive safety features to counteract the risks of misinformation.

                      Featuring a modular design, this approach is specifically structured for swift adaptation across
                      various linguistic and cultural contexts, utilizing open-source components to significantly reduce
                      healthcare operational costs. This strategic innovation markedly improves the accessibility
                      and quality of healthcare services by providing CHWs with contextually appropriate medical
                      knowledge and diagnostic tools. This paper highlights the transformative impact of this context-
                      aware LLM, underscoring its crucial role in addressing the global healthcare workforce deficit
                      and propelling forward healthcare outcomes in LMICs


                      37�3�  Sequence diagram





























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