In this work, both arterial pulse and respiratory rate have been successfully measured based on changes in speckle patterns of multimode fibers. Using two fiber-based transducers, one located on the wrist and another in the chest, both disturbances were transmitted to the fiber, varying the speckle pattern. These variations of the speckle pattern were captured using a commercial webcam and further processed using different methods. The achieved results have been presented and the simultaneous monitoring of both vital signs has been also discussed. The feasibility to use the proposed sensor system for this application is demonstrated
The continuous monitoring of respiration is an important requirement in intensive care units and for...
During the past decades, fiber-optic technology has become a very popular tool for vital signs monit...
This article focuses on the functionality verification of a novel non-invasive fibre-optic sensor mo...
In this paper, a speckle interferometer with a plastic optical fiber system is reported for unobtrus...
Continuous patient monitoring has been evidenced as very beneficious for reducing degeneration1. Due...
Different low-cost approaches based on fiber specklegram sensors are employed to measure the physiol...
Respiratory and heart rates are among the most important physiological parameters used to monitor pa...
In this article, we briefly describe the design, construction, and functional verification of a hybr...
This paper presents the implementation of respiration rate measurement via a simple intensity-based ...
Long-term monitoring with optical fibers has moved into the focus of attention due to the applicabil...
In healthcare, the photoplethysmogram (PPG) is an optical measurement of the changes in blood volume...
In this work, a low-cost WDM interrogation system has been proposed and experimentally tested to obt...
peer-reviewedIn this paper, a plastic optical fiber sensor for respiratory monitoring purposes is pr...
Photoplethysmography (PPG) is the primary optical technique used for pulse oximetry and heart rate v...
In this article, we briefly describe the design, construction, and functional verification of a hybr...
The continuous monitoring of respiration is an important requirement in intensive care units and for...
During the past decades, fiber-optic technology has become a very popular tool for vital signs monit...
This article focuses on the functionality verification of a novel non-invasive fibre-optic sensor mo...
In this paper, a speckle interferometer with a plastic optical fiber system is reported for unobtrus...
Continuous patient monitoring has been evidenced as very beneficious for reducing degeneration1. Due...
Different low-cost approaches based on fiber specklegram sensors are employed to measure the physiol...
Respiratory and heart rates are among the most important physiological parameters used to monitor pa...
In this article, we briefly describe the design, construction, and functional verification of a hybr...
This paper presents the implementation of respiration rate measurement via a simple intensity-based ...
Long-term monitoring with optical fibers has moved into the focus of attention due to the applicabil...
In healthcare, the photoplethysmogram (PPG) is an optical measurement of the changes in blood volume...
In this work, a low-cost WDM interrogation system has been proposed and experimentally tested to obt...
peer-reviewedIn this paper, a plastic optical fiber sensor for respiratory monitoring purposes is pr...
Photoplethysmography (PPG) is the primary optical technique used for pulse oximetry and heart rate v...
In this article, we briefly describe the design, construction, and functional verification of a hybr...
The continuous monitoring of respiration is an important requirement in intensive care units and for...
During the past decades, fiber-optic technology has become a very popular tool for vital signs monit...
This article focuses on the functionality verification of a novel non-invasive fibre-optic sensor mo...