Smartphone applications that predict UV radiation exposure are evolving in ways to assist the user in determining how much protection from exposure to UV radiation should or might occur. The usefulness of these apps are apparent, yet many do not harness the entire range of capabilities of a smartphone. Research performed at the University of Southern Queensland has been investigating the use of a smartphone in different ways to support new or improve current applications. Smartphones have been shown to detect UVA radiation, and more recently UVB radiation. A review of the advances, and limitations of smartphones will be presented, including consideration of where to go from here
UVA wavelengths (320-400 nm) have been implicated in recent studies to contribute to melanoma induct...
Abstract: The skin care product market is growing due to the threat of ultraviolet (UV) radiation ca...
Here, we report, for what we believe to be the first time, on the modification of a low cost sensor,...
Smartphone applications that predict UV radiation exposure are evolving in ways to assist the user i...
The effects of ultraviolet (UV) radiation on life on Earth have continuously been the subject of res...
Smartphones have the potential to monitor ultraviolet radiation within the terrestrial solar spectru...
As part of a wider study into the use of smartphones as solar ultraviolet radiation monitors, this p...
Smartphones are used widely by the general public and students. They are one of the most popular and...
The Ultra-Violet Index (UVI) is widespread used to communicate the UV radiation intensity to the gen...
The advanced image sensors installed on now-ubiquitous smartphones can be used to detect ionising ra...
This paper characterised and evaluated the ability of a smartphone camera to measure ultraviolet rad...
This research reports the first time the sensitivity, properties and response of a smartphone image ...
This research reports the first time the sensitivity, properties and response of a smartphone image ...
This research describes the development and evaluation of the accuracy and precision of an Android a...
This research compares the smartphone image sensor response when exposed to broadband and narrow pas...
UVA wavelengths (320-400 nm) have been implicated in recent studies to contribute to melanoma induct...
Abstract: The skin care product market is growing due to the threat of ultraviolet (UV) radiation ca...
Here, we report, for what we believe to be the first time, on the modification of a low cost sensor,...
Smartphone applications that predict UV radiation exposure are evolving in ways to assist the user i...
The effects of ultraviolet (UV) radiation on life on Earth have continuously been the subject of res...
Smartphones have the potential to monitor ultraviolet radiation within the terrestrial solar spectru...
As part of a wider study into the use of smartphones as solar ultraviolet radiation monitors, this p...
Smartphones are used widely by the general public and students. They are one of the most popular and...
The Ultra-Violet Index (UVI) is widespread used to communicate the UV radiation intensity to the gen...
The advanced image sensors installed on now-ubiquitous smartphones can be used to detect ionising ra...
This paper characterised and evaluated the ability of a smartphone camera to measure ultraviolet rad...
This research reports the first time the sensitivity, properties and response of a smartphone image ...
This research reports the first time the sensitivity, properties and response of a smartphone image ...
This research describes the development and evaluation of the accuracy and precision of an Android a...
This research compares the smartphone image sensor response when exposed to broadband and narrow pas...
UVA wavelengths (320-400 nm) have been implicated in recent studies to contribute to melanoma induct...
Abstract: The skin care product market is growing due to the threat of ultraviolet (UV) radiation ca...
Here, we report, for what we believe to be the first time, on the modification of a low cost sensor,...