This research presents novel artificial vision
techniques applied to the detection of features for strawberries
used in the food industry. For this purpose, a computer vision
system based in artificial neural networks is used, organized as a
deep architecture and trained with noise compensated learning.
This combination originates a strong network - object relations
which makes possible the recognition of complex strawberry
features under changing conditions of lightning, size and
orientation. The programming uses OpenCV libraries and fruits
databases captured with a webcam. The images used to train the
Artificial Neural Network are defined with canny edge detection
and a moving region of interest (ROI). After training, the
network recognizes important features such as shape, color and
anomalies. The system has been tested in real time with real
images.