A Model & Ubiquitous Computing Technology for Children's Disabilities (Case: Physical Disabilities at Red Zone Locations in Pandemic)

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Ripto Mukti Wibowo, Muhammad Sher Ramzan, Bander Alzahrani, Bahjat Fakieh, Farrukh Nadeem

Abstract

A UNICEF 2022 report predicts that the impact of the pandemic (COVID-19) has been felt from 2020 to 2023 on every person and community, including children with disabilities. This situation occurs due to the unpreparedness of the health service system and in dealing with the pandemic. Unpreparedness in the quality of health services and many fatalities must be anticipated and of concern to disabled people and disabled children. Based on data from UNICEF (2021), the number of children with disabilities in 2021 will be 200 million, and it is predicted that there will be 250 million in 2022-2025. Public Health England revealed that in 2020, around 451 per 100 thousand people with disabilities died from Covid-19. Children with disabilities receive special attention because they are not like normal children. Disability children cannot carry out activities like ordinary people. Preparing a city with the support of a Red Zone Location is an anticipation for children's activities in the environment when dangerous conditions occur during the Pandemic. In this research, disabilities considered are Physical Disabilities. This is a focus because children with this disability have difficulty moving. The development of smart model technology with artificial intelligence in healthcare, including pervasive systems and the Internet of Things, must be provided to increase lifesaving and reduce disaster victims to support medical services for children with disabilities.

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