Frontiers Digital Technology Based Telemedicine For The Covid 19 Pandemic Dong et al. ( 93) and alsamhi et al. ( 94) also summarized the active role of iot and blockchain during the covid 19 epidemic, covering the diagnosis of covid 19 symptoms, quarantine monitoring, and real time tracking to combat the epidemic. it also revealed the meaningful role of digital technology during the epidemic. In context of the covid 19 outbreak, the telemedicine system can provide a good platform for enhancing communication among healthcare providers, could increase diagnostic accuracy of some difficult cases, and improve the treatment results of severe or critical covid 19 patients in areas with limited medical resource.
Frontiers Digital Technology Based Telemedicine For The Covid 19 Pandemic Abstract. in the year 2020, the coronavirus disease 2019 (covid 19) crisis intersected with the development and maturation of several digital technologies including the internet of things (iot) with next generation 5g networks, artificial intelligence (ai) that uses deep learning, big data analytics, and blockchain and robotic technology, which. Digital technology based telemedicine for the covid 19 pandemic. sign in | create an account. orcid.org. europe pmc. menu. about. about europe pmc; preprints. Such experience with the ebola outbreak and with the covid 19 pandemic has revealed a wide range of robotic uses and telemedicine options (43, 44). robotics can be used in outbreaks of infections to minimize further exposure ( 45 , 46 ): for disinfection, delivery of drugs and food, measuring vital signs, facilitating border control, and automatic disinfection ( 43 ). During the covid 19 pandemic, digital health and telemedicine solutions based on smartphone apps (so called m health) gained increasing popularity. apps for digital contact tracings were used to collect and analyze data on people’s proximity, location, movement, and health status [ 13 ] .
Frontiers Digital Technology Based Telemedicine For The Covid 19 Pandemic Such experience with the ebola outbreak and with the covid 19 pandemic has revealed a wide range of robotic uses and telemedicine options (43, 44). robotics can be used in outbreaks of infections to minimize further exposure ( 45 , 46 ): for disinfection, delivery of drugs and food, measuring vital signs, facilitating border control, and automatic disinfection ( 43 ). During the covid 19 pandemic, digital health and telemedicine solutions based on smartphone apps (so called m health) gained increasing popularity. apps for digital contact tracings were used to collect and analyze data on people’s proximity, location, movement, and health status [ 13 ] . Covid 19, a previously unknown respiratory illness caused by the coronavirus sars cov 2 1,2, was declared a pandemic by the world health organization (who) on 11 march 2020, less than 3 months. The need for implementation of digital technologies such as telemedicine has never been more relevant. 54 the various applications and benefits presented make telemedicine probably, as discussed in hollander and carr 55, a highly useful, if not essential, strategy to face this pandemic. however, accessing these benefits requires comprehensive logistics to ensure successful implementation.
Frontiers Digital Technology Based Telemedicine For The Covid 19 Pandemic Covid 19, a previously unknown respiratory illness caused by the coronavirus sars cov 2 1,2, was declared a pandemic by the world health organization (who) on 11 march 2020, less than 3 months. The need for implementation of digital technologies such as telemedicine has never been more relevant. 54 the various applications and benefits presented make telemedicine probably, as discussed in hollander and carr 55, a highly useful, if not essential, strategy to face this pandemic. however, accessing these benefits requires comprehensive logistics to ensure successful implementation.
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