Recent Innovative Advances in Biomedical Engineering: Standard-Based Design for Ubiquitous p-Health

J. Escayola, I. Martínez, J. Trigo, José García, M. Martínez-Espronceda, S. Led, L. Serrano
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引用次数: 2

Abstract

Continuous technological innovations are bringing new opportunities to healthcare applications. Although these improvements apply to most of its different fields, outstanding results are being achieved in medical devices interoperability, oriented to ubiquitous solutions including wearable devices, focused to the new paradigm of Personal Health (p-Health). These evolutions can improve the quality of the patient’s care, increase the user’s interaction and, furthermore, lead to new medical use cases based on Ambient Assisted Living, home monitoring of elderly, heart failure, chronic, under palliative care or patients who have undergone surgery, urgencies and emergencies, or even fitness auto-control and health follow-up. Furthermore, in order to assure p-Health applications to be fully compatible with larger global e-Health systems in terms of terminology homogenization or plug-and-play operation, proposed solutions have to be based on interoperability. In this paper, recent innovative advances in biomedical engineering applied to standard-based telemedicine solutions are detailed.
生物医学工程的最新创新进展:基于标准的无所不在p-Health设计
不断的技术创新为医疗保健应用带来了新的机遇。尽管这些改进适用于其大多数不同领域,但在医疗设备互操作性方面取得了突出成果,面向包括可穿戴设备在内的无处不在的解决方案,专注于个人健康(p-Health)的新范式。这些发展可以提高病人的护理质量,增加用户的互动,此外,基于环境辅助生活,老年人、心力衰竭、慢性、姑息治疗或接受手术、急诊和紧急情况的患者的家庭监测,甚至健身自动控制和健康随访,带来新的医疗用例。此外,为了确保p-Health应用在术语同质化或即插即用操作方面与更大的全球电子卫生系统完全兼容,提出的解决方案必须以互操作性为基础。本文详细介绍了应用于基于标准的远程医疗解决方案的生物医学工程的最新创新进展。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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