3 research outputs found
Neonatal Infrared Thermography Image Processing
Tesina feta en col.laboració amb RWTH AachenThe temperature changes inside incubator a ect the newborns, who are the most delicate
patients. The project proposes an innovative method to monitor the skin temperature of
the neonates. The temperature monitoring is carried out by a virtual sensor. This virtual
sensor is based in an infrared thermal camera that is placed outside the incubator. In order to
obtain the infrared radiation through the incubator Plexiglas, an infrared transparent window
is required. The experiment carried out was focused on obtaining the transparent properties
in the infrared spectral range measurement of this window. On the other hand, the thermal
imaging processing is necessary to obtain the thermal information from the infrared imager
and to be able to track the region of interest throughout the eld of view
Neonatal Infrared Thermography Image Processing
Tesina feta en col.laboració amb RWTH AachenThe temperature changes inside incubator a ect the newborns, who are the most delicate
patients. The project proposes an innovative method to monitor the skin temperature of
the neonates. The temperature monitoring is carried out by a virtual sensor. This virtual
sensor is based in an infrared thermal camera that is placed outside the incubator. In order to
obtain the infrared radiation through the incubator Plexiglas, an infrared transparent window
is required. The experiment carried out was focused on obtaining the transparent properties
in the infrared spectral range measurement of this window. On the other hand, the thermal
imaging processing is necessary to obtain the thermal information from the infrared imager
and to be able to track the region of interest throughout the eld of view
Neonatal Infrared Thermography Image Processing
Tesina feta en col.laboració amb RWTH AachenThe temperature changes inside incubator a ect the newborns, who are the most delicate
patients. The project proposes an innovative method to monitor the skin temperature of
the neonates. The temperature monitoring is carried out by a virtual sensor. This virtual
sensor is based in an infrared thermal camera that is placed outside the incubator. In order to
obtain the infrared radiation through the incubator Plexiglas, an infrared transparent window
is required. The experiment carried out was focused on obtaining the transparent properties
in the infrared spectral range measurement of this window. On the other hand, the thermal
imaging processing is necessary to obtain the thermal information from the infrared imager
and to be able to track the region of interest throughout the eld of view