@InProceedings{SautterRosaAlavSilv:2023:GrPaAn,
author = "Sautter, Rubens Andreas and Rosa, Reinaldo Roberto and Alavarce,
Debora Cristina and Silva, Daniel Guimar{\~a}es",
affiliation = "{Instituto Nacional de Pesquisas Espaciais (INPE)} and {Instituto
Nacional de Pesquisas Espaciais (INPE)} and {Hipocampus EdTech -
Digital Learning} and {Hipocampus EdTech - Digital Learning}",
title = "Gradient pattern analysis applied for computer vision in medical
ultrasound diagnosis",
booktitle = "Proceedings...",
year = "2023",
organization = "Multi Conference on Computer Science and Information Systems,
17.",
keywords = "Gradient Pattern Analysis, Computer Vision, Supervised Machine
Learning, 2D Endoscopic Ultrasound Biometry.",
abstract = "This paper describes a new application of the technique known as
Gradient Pattern Analysis (GPA), focused here on computer vision.
In the GPA domain, the image is translated into a tessellation
triangulation field based on the vectors positions that make up
the gradient lattice of the matrix image. The GPA version
considered here generates three attributes (G1, G2 and G3) that
can be used as labels for a supervised machine-learning model. The
case study presented here shows that GPA is a useful tool for
real-time fetal biometry from 2D ultrasound images. The
application in obstetrics indicates that the technique can also be
useful for learning diagnostic imaging in gynecology, hepatology
and oncology. The generalization of the technique to other
applications in practical learning in health is discussed.",
conference-location = "Porto, Portugal",
conference-year = "15-18 July 2023",
targetfile = "CGVCVIP2023_S_068.pdf",
urlaccessdate = "15 jun. 2024"
}