Klaudia Proniewska1, Agnieszka Pręgowska2, Damian Dołęga-Dołęgowski3, Dariusz Dudek3,4. 1. Jagiellonian University Medical College, Anny 12, 31-008 Kraków, Poland. klaudia.proniewska@uj.edu.pl. 2. Institute of Fundamental Technological Research, Polish Academy of Sciences, Pawinskiego 5B, 02-106 Warsaw, Poland. 3. Jagiellonian University Medical College, Anny 12, 31-008 Kraków, Poland. 4. Maria Cecilia Hospital, Gvm Care & Research, Cotignola (Ra), Italy.
Abstract
BACKGROUND: General data protection regulation (GDPR) provides rules according to which data should be managed and processed in a secure and appropriate way for patient requirements and security. Currently, everyone in Europe is covered by GDPR. Thus, the medical practice also requires access to patient data in a safe and secure way. METHODS: Holographic technology allows users to see everything visible on a computer screen in a new and less restricted way, i.e. without the limitations of traditional computers and screens. RESULTS: In this study, a three-dimensional holographic doctors' assistant is designed and implemented in a way that meets the GDPR requirements. The HoloView application, which is tailored to run on Microsoft HoloLens, is proposed toallow display and access to personal data and so-called sensitive information of all individual patients without the risk that it will be presented to unauthorized persons. CONCLUSIONS: To enhance the user experience and remain consistent with GSPR, a holographic desk is proposed that allows displaying patient data and sensitive information only in front of the doctor's eyes using mixed reality glasses. Last but not least, it boasts of a reduction in infection risk for the staff during the COVID-19 pandemic, affording medical care to be carried out by as few doctors as possible.
BACKGROUND: General data protection regulation (GDPR) provides rules according to which data should be managed and processed in a secure and appropriate way for patient requirements and security. Currently, everyone in Europe is covered by GDPR. Thus, the medical practice also requires access to patient data in a safe and secure way. METHODS: Holographic technology allows users to see everything visible on a computer screen in a new and less restricted way, i.e. without the limitations of traditional computers and screens. RESULTS: In this study, a three-dimensional holographic doctors' assistant is designed and implemented in a way that meets the GDPR requirements. The HoloView application, which is tailored to run on Microsoft HoloLens, is proposed toallow display and access to personal data and so-called sensitive information of all individual patients without the risk that it will be presented to unauthorized persons. CONCLUSIONS: To enhance the user experience and remain consistent with GSPR, a holographic desk is proposed that allows displaying patient data and sensitive information only in front of the doctor's eyes using mixed reality glasses. Last but not least, it boasts of a reduction in infection risk for the staff during the COVID-19 pandemic, affording medical care to be carried out by as few doctors as possible.
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Authors: Shiyao Wang; Michael Parsons; Jordan Stone-McLean; Peter Rogers; Sarah Boyd; Kristopher Hoover; Oscar Meruvia-Pastor; Minglun Gong; Andrew Smith Journal: Sensors (Basel) Date: 2017-10-10 Impact factor: 3.576