A Wireless Monitoring System for Pulse-Oximetry Sensors

Morón, M. J.; Casilari, E.; Luque, Rafael Marcos; Gázquez, José Antonio

doi:10.1109/icw.2005.20

Cited by 39 publications

(19 citation statements)

References 5 publications

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“…Although pulse oximeters have been previously connected to mobile phones; they have not, to date, been designed for use in the operating theatre [8,9]. They do not meet current pulse oximeter design standards, nor have they been developed using a goal-orientated interface design.…”

Section: Of This Issuementioning

confidence: 99%

Usability testing of a prototype Phone Oximeter with healthcare providers in high‐ and low‐medical resource environments*

et al. 2012

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SummaryTo increase the use of pulse oximetry by capitalise on the wide availability of mobile phones, we have designed, developed and evaluated a prototype pulse oximeter interfaced to a mobile phone. Usability of this Phone Oximeter was tested as part of a rapid prototyping process. Phase 1 of the study (20 subjects) was performed in Canada. Users performed 23 tasks, while thinking aloud. Time for completion of tasks and analysis of user response to a mobile phone usability questionnaire were used to evaluate usability. Five interface improvements were made to the prototype before evaluation in Phase 2 (15 subjects) in Uganda. The lack of previous pulse oximetry experience and mobile phone use increased median (IQR [range]) time taken to perform tasks from 219 (160–247 [118–274]) s in Phase 1 to 228 (151–501 [111–2661]) s in Phase 2. User feedback was positive and overall usability high (Phase 1 – 82%, Phase 2 – 78%).

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Section: Of This Issuementioning

confidence: 99%

Usability testing of a prototype Phone Oximeter with healthcare providers in high‐ and low‐medical resource environments*

et al. 2012

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“…Authors in [6] propose a scalable emergency medical response system that couples the efficient data collection of sensor networks with the flexibility and interoperability of a web services architecture. [7] present a wireless medical monitoring system which is capable of receiving and processing the pulse-oximetry signals from one ore several monitored patients. SAPHIRE [8] is an Intelligent Healthcare Monitoring for the Homecare Scenario using multi-service architecture.…”

Section: Related Workmentioning

confidence: 99%

“…In the past, some attempts to collect data from sensor networks and the communication between components to process data and deploy it in mobility devices [5,6,7,8,9,10] have been made. These approaches thus could not deal with ad-hoc analysis to recognize the pattern-based data trends.…”

Section: Motivationmentioning

confidence: 99%

Towards sustainable decision-support system facilitating EBM

Stolba

Nguyen

Tjoa

2007

2007 29th Annual International Conference of the IEEE Engineering in Medicine and Biology Society

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Due to the immense volumes of medical data, the architecture of the future healthcare decision support systems focus more on interoperability than on integration. With the raising need for the creation of unified knowledge base, the federated approach to distributed data warehouses (DWH) is getting increasing attention. In this paper, we explore the idea of a federation technology and its uses within the domain of health, particularly in the conceptualization of DWH federation as a sustainable, appropriate and legitimate solution. Further, we present a federated DWH model which enables the interoperability between heterogeneous and distributed medical IS, which includes a sense and response mechanism and facilitates evidence-based medicine in order to primarily support the physicians at the point of care. A real-world scenario illustrates a possible application field in the area of emergency and intensive care.

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“…With this mind and due to great integration capacity increase of the eletronics devices, as well as the fast technological advance of the microcontrollers, a wide development of applications in the diverse areas of biomedical engineering was allowed (Moron, 2005).…”

Section: Introductionmentioning

confidence: 99%

Compact Pulse Oximeter Using Pic18f4550 Microcontroller

Vilhegas¹,

Moreira²,

Mansano³

2008

Proceedings of the First International Conference on Biomedical Electronics and Devices

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In this paper is propose one compact pulse oximeter system using a PIC18F4550 micrcontroller, which use of USB (Universal Serial Bus) communication technology. The device has one LCD (Liquid Crystal Display) 20x4 to continuous check and has the possibility to get one parallel communication with a PC (Personal Computer) to analysis more detailed. The system is compound for oxygen saturation measures (SpO 2) and heart rate. The equipment is compact and show easy to handle and simple use.

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A Wireless Monitoring System for Pulse-Oximetry Sensors

Abstract: Abstract

Cited by 39 publications

References 5 publications

Usability testing of a prototype Phone Oximeter with healthcare providers in high‐ and low‐medical resource environments*

Usability testing of a prototype Phone Oximeter with healthcare providers in high‐ and low‐medical resource environments*

Towards sustainable decision-support system facilitating EBM

Compact Pulse Oximeter Using Pic18f4550 Microcontroller

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