集中式医疗信息物理系统的架构开发

Edgars Sultanovs, Alyona Skorobogatjko, A. Romānovs
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引用次数: 13

摘要

多年来,医学专家一直在努力改进病人的治疗方法,以提高其速度,并尽量减少治疗过程中的痛苦。网络物理系统在提高治疗质量和患者救助速度方面具有巨大的潜力。网络物理系统将有助于实现治疗过程的自动化,这可以通过持续监测每个患者的健康状态来实现,必要时还可以使用多种医疗设备。这使得收集有关患者健康状况的信息并对患者进行手术,以减少疾病的进展并改善患者的康复过程。本文旨在研究信息物理系统的能力、CPS在医学中的应用,并提出集中式医疗信息物理系统架构的概念。提出的概念将允许识别疾病的原因,研究新疾病,为作为集中医疗保健网络物理系统一部分的诊所提供有关现有疾病和治疗方法的实际信息,并最终实现患者健康监测和远程治疗的自动化。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Centralized healthcare cyber-physical system's architecture development
For many years medical specialists are trying to improve patient treatment methods to increase its speed as well as to minimize treatment process pain. Cyber-physical systems have a huge potential in healthcare for improving treatment quality and patients' assistance speed. Cyber-physical systems will help automatizing treatment process that can be realized by the continuous monitoring of each patient's health state, and if necessary, using multiple medical devices. That allows gathering information about patient's health and perform operations on patients, in order to reduce the progressions of a disease and improve patient's healing process. The aim of article is to research cyber-physical system abilities, CPS application in medicine, and develop centralized healthcare cyber-physical system architecture concept. Proposed concept will allow identifying causes of diseases, research new diseases, provide actual information about existing disease and treatment methods for clinics that are a part of centralized healthcare cyber-physical system, and, finally, automatize patients' health monitoring and remote treatment.
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