COMPASS: an Interoperable Personal Health System to Monitor and Compress Signals in Chronic Obstructive Pulmonary Disease

Abstract.With the growth and popularity of the utilization of artificial intelligence (AI) in several fields and industries, studies in the field of medicine have begun to implement its capabilities in handling and analyzing data to telemedicine. With the challenges in the implementation of telemedicine, there has been a need to expand its capabilities and improve procedures to be specialized to solve specific problems. The versatility and flexibility of both AI and telemedicine gave the endless possibilities for development and these can be seen in the literature reviewed in this paper. The trends in the development of the utilization of this technology can be classified in to four: patient monitoring, healthcare information technology, intelligent assistance diagnosis, and information analysis collaboration. Each trend will be discussed and presented with examples of recent literature and the problems they aim to address. Related references will also be tabulated and categorized to see the future and potential of this current trend in telemedicine.

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“…COMPASS: an Interoperable Personal Health System to Monitor and Compress Signals in Chronic Obstructive Pulmonary Disease Thomas [31] 2015…”

Section: -5mentioning

confidence: 99%

Trends in telemedicine utilizing artificial intelligence

Pacis

Subido

Bugtai

2018

AIP Conference Proceedings

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“…This research used REST technology to improve the quality of network services. It showed as part of the architecture and a secure service [19]. In this research, the Payment Service Provider has its own server for the process of the transaction.…”

Section: B Design Of Technology Architecturementioning

confidence: 99%

Design Concept Integration Tax Payment System with Implementing Financial Technology

Utami¹

2018

IJIEEB

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Taxation has an important role as state revenue in the State Budget. In 2017, the target of tax revenues in the State Budget is about Rp. 1,498.9 trillion so that the Ministry of Finance of the Republic of Indonesia contrives as well as possible through the fiscal policy reform to fulfill the targets. One of the efforts which undertaken by the Directorate General of Taxes is applied tax payment system using e-billing with the electronic deposit slip. E-billing (electronic billing) is an online service which uses the system through the issued code on a kind of tax payment. The tax payment system is based on self-assessment to make deposits or tax payments independently by the taxpayer. Developments in technology influenced the emergence of innovations particularly financial technology in the finance industry. An industry which worked in the finance sector utilizing financial technology in the payment system. This kind of condition can provide opportunities for financial transaction service electronically. In this research proposed a tax payment system design which can be integrated with financial technology industry through Service Oriented Architecture (SOA) approach. The design which included in this paper is technology architecture, data modeling, use case diagram of service and system integration design. A conceptual design is realized as an effort to utilize financial technology to provide alternative tax payment transactions in achieving the target of state revenue.

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“…Anforderungen wie Nutzbarkeit, Einfachheit und Robustheit der eingesetzten Sensoren und 1 COMPASS wird finanziert durch KTI in Zusammenarbeit mit Biovotion die uns ihren VSM (Vital Sign Monitor) Prototyp zur Verfügung stellen.…”

Section: Introductionunclassified

“…Published in Swiss Medical Informatics, september 2015, vol.31, 5 p. which should be cited to refer to this work deren User Interfaces müssen ebenso beachtet werden wie technische Aspekte der Interoperabilität, Sicherheit und Privatsphäre. Das COMPASS-Projekt, welches in [1,2] mit allen Komponenten detailliert beschrieben wurde, hat als primären Use-Case die Überwachung von COPD-Patienten. Neben der Herausforderung der Usability um die Akzeptanz der Patienten zu erhöhen, sowohl der Sensoren als auch der Anwendung, die die gemessen Daten zu einem EHR (Electronic Health Record) System sendet, befasst sich die vorliegende Arbeit mit den technischen Herausforderungen, die Menge der gesammelten Daten möglichst effizient zu übermitteln.…”

Section: Introductionunclassified

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Leistungssteigerung von Patienten-Monitoring durch Compressive Sensing

Höfer¹,

Bromuri²,

Schumacher³

2015

Swiss Med Informatics

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Chronische Krankheiten die in den Formenkreis der Herz-Kreislauf-Erkrankungen gehören oder etwa die chronisch obstruktive Lungenerkrankung (COPD: Chronic Obstructive Pulmonary Disease) zählen zu den häufigsten Todesursachen weltweit. Oft kann der Fortschritt der Krankheit behandelt, aber nicht gestoppt werden, dazu ist eine strikte Einhaltung einer Therapie sowie eine kontinuierliche Überwachung der Vitalparameter notwendig. Dank der Entwicklung Mobiler Endgeräte und deren Evolution in den letzten Jahren kann eine dauerhafte Überwachung des Patienten ohne einen kostspieligen Krankenhausaufenthalt erfolgen. Dies führt im besten Fall zu einer Erhöhung aber zumindest zur Beibehaltung der Lebensqualität des Patienten ohne zu stark in den Alltag eingreifen zu müssen. COMPASS 1 (COntinuous Multi-variate Monitoring of Patients Affected by chronic obstructive pulmonary diSeaSe) [1, 2] hat sich zum Ziel gesetzt, ein Personal Health System (PHS) [3, 4] zu entwickeln, dass kontinuierliches Messen von Vitalparametern, Komprimierung der Daten, Interoperabilität und Sicherheit mit einer Prognosekomponente vereint. Diese Publikation präsentiert einen Ansatz, welcher Interoperabilität mit Standards wie zum Beispiel HL7 und gleichermassen Datenkompression mittels Compressive Sensing [5] ermöglicht.

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COMPASS: an Interoperable Personal Health System to Monitor and Compress Signals in Chronic Obstructive Pulmonary Disease

Cited by 18 publications

References 17 publications

Trends in telemedicine utilizing artificial intelligence

Trends in telemedicine utilizing artificial intelligence

Design Concept Integration Tax Payment System with Implementing Financial Technology

Leistungssteigerung von Patienten-Monitoring durch Compressive Sensing

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