Inexpensive paper-based biosensors can be valuable screening tools to test for various illnesses, but it is often challenging to design them to produce a visual change that can easily be identified by untrained users. This research aims to compensate for the lack of distinct visual cues by developing a mobile application that will use machine learning to analyze a picture of a sensor and determine whether it shows a positive or negative result. The machine learning algorithm will be trained on a set of labeled sensor images and its classification accuracy will be calculated and compared to a human expert
A smartphone-based platform for the diagnosis of parasitic infections has been developed, tested and...
Colorimetric tests are becoming increasingly popular in point-of-need analyses due to the possibilit...
Optimized monitoring of water-borne chemical pollutants is important to curbing inadvertent consumpt...
Inexpensive paper-based biosensors can be valuable screening tools to test for various illnesses, bu...
Paper biosensors are a low cost, low tech diagnostic tool. A limitation of biosensors is that the se...
In this paper, we present machine learning based detection methods for a qualitative colorimetric te...
During the last years many mobile health applications have emerged on the market. Most of these coll...
In this paper, colorimetric analysis for biochemical samples has been realized, by developing an eas...
In the past twelve years, digital image colorimetry (DIC) on smartphones has acquired great importan...
Colorimetric tests for at-home health monitoring became popular 50 years ago with the advent of the ...
Color blindness is a condition where a person cannot distinguish colors that are of similar contrast...
Quantifying the colors of objects is useful in a wide range of applications, including medical diagn...
The feasibility of using smartphones and other mobile devices as the detection platform for quantita...
A smartphone app to screen for neonatal jaundice has a large potential impact in reducing neonatal ...
A smartphone-based platform for the diagnosis of parasitic infections has been developed, tested and...
A smartphone-based platform for the diagnosis of parasitic infections has been developed, tested and...
Colorimetric tests are becoming increasingly popular in point-of-need analyses due to the possibilit...
Optimized monitoring of water-borne chemical pollutants is important to curbing inadvertent consumpt...
Inexpensive paper-based biosensors can be valuable screening tools to test for various illnesses, bu...
Paper biosensors are a low cost, low tech diagnostic tool. A limitation of biosensors is that the se...
In this paper, we present machine learning based detection methods for a qualitative colorimetric te...
During the last years many mobile health applications have emerged on the market. Most of these coll...
In this paper, colorimetric analysis for biochemical samples has been realized, by developing an eas...
In the past twelve years, digital image colorimetry (DIC) on smartphones has acquired great importan...
Colorimetric tests for at-home health monitoring became popular 50 years ago with the advent of the ...
Color blindness is a condition where a person cannot distinguish colors that are of similar contrast...
Quantifying the colors of objects is useful in a wide range of applications, including medical diagn...
The feasibility of using smartphones and other mobile devices as the detection platform for quantita...
A smartphone app to screen for neonatal jaundice has a large potential impact in reducing neonatal ...
A smartphone-based platform for the diagnosis of parasitic infections has been developed, tested and...
A smartphone-based platform for the diagnosis of parasitic infections has been developed, tested and...
Colorimetric tests are becoming increasingly popular in point-of-need analyses due to the possibilit...
Optimized monitoring of water-borne chemical pollutants is important to curbing inadvertent consumpt...