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[journal article]

dc.contributor.authorEfthymiou, Iris - Panagiotade
dc.contributor.authorVozikis, Athanassiosde
dc.contributor.authorSidiropoulos, Symeonde
dc.contributor.authorKritas, Dimitriosde
dc.date.accessioned2021-03-31T12:11:09Z
dc.date.available2021-03-31T12:11:09Z
dc.date.issued2020de
dc.identifier.issn2732-6578de
dc.identifier.urihttps://www.ssoar.info/ssoar/handle/document/72206
dc.description.abstractThe latest developments in artificial intelligence (AI) - a general-purpose technology impacting many industries - have been based on advancements in machine learning, which is recast as a quality-adjusted decline in forecasting ratio. The influence of Policy on AI and big data has impacted two key magnitudes which are known as diffusion and consequences. And these must be focused primarily on the context of AI and big data. First, in addition to the policies on subsidies and intellectual property (IP) that will affect the propagation of AI in ways close to their effect on other technologies, three policy categories - privacy, exchange, and liability - may have a specific impact on the diffusion of AI. The first step in the prohibition process is to identify the shortcomings of current hospital procedures, why we need acute care AI, and eventually how the direction of patient decision-making will shift with the introduction of AI-based research. The second step is to establish a plan to shift the direction of medical education in order to enable physicians to retain control of AI. Medical research would need to rely less on threshold decision-making and more on the prediction, interpretation, and pathophysiological context of contextual time cycles. This should be an early part of a medical student's education, and this is what their hospital aid (AI) ought to do. Effective contact between human and artificial intelligence includes a shared pattern of focused knowledge base. Human-to-human contact protection in hospitals should lead this professional transformation process.de
dc.languageende
dc.subject.ddcMedizin und Gesundheitde
dc.subject.ddcMedicine and healthen
dc.subject.ddcNaturwissenschaftende
dc.subject.ddcScienceen
dc.subject.otherBig Data; artificial intelligence (AI); Clinical dependency; public sector opinion; Clinical Decision Support Systems; Decision Making; Healthcare; Human Resources Management; Key Performance Indicators (KPIs); medical diagnostic analysis decisionsde
dc.titleAI and Big Data: A New Paradigm for Decision Making in Healthcarede
dc.description.reviewbegutachtet (peer reviewed)de
dc.description.reviewpeer revieweden
dc.source.journalHAPSc Policy Briefs Series
dc.source.volume1de
dc.publisher.countryMISC
dc.source.issue2de
dc.subject.classozMedizin, Sozialmedizinde
dc.subject.classozMedicine, Social Medicineen
dc.subject.classozNaturwissenschaften, Technik(wissenschaften), angewandte Wissenschaftende
dc.subject.classozNatural Science and Engineering, Applied Sciencesen
dc.rights.licenceCreative Commons - Namensnennung, Nicht-kommerz. 4.0de
dc.rights.licenceCreative Commons - Attribution-NonCommercial 4.0en
internal.statusformal und inhaltlich fertig erschlossende
dc.type.stockarticlede
dc.type.documentZeitschriftenartikelde
dc.type.documentjournal articleen
dc.source.pageinfo138-145de
internal.identifier.classoz50100
internal.identifier.classoz50200
internal.identifier.journal1956
internal.identifier.document32
internal.identifier.ddc610
internal.identifier.ddc500
dc.identifier.doihttps://doi.org/10.12681/hapscpbs.26490de
dc.description.pubstatusVeröffentlichungsversionde
dc.description.pubstatusPublished Versionen
internal.identifier.licence32
internal.identifier.pubstatus1
internal.identifier.review1
dc.subject.classhort50100de
dc.subject.classhort50200de
dc.subject.classhort30100de
internal.pdf.wellformedtrue
internal.pdf.encryptedfalse
ssoar.urn.registrationfalsede


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