Title

Automatic mapping magnetic resonance images into multimedia database using SIFT

Author

JENNIFER LYNN REYNOSO MUÑOZ

ALMA DELIA CUEVAS RASGADO

Farid García Lamont

ADOLFO GUZMAN ARENAS

Access level

Open Access

Summary or description

This paper focuses on the representation of magnetic resonances of different parts of the human body, such as knees, spinal column, arms, elbows, etc., using ontologies. First, it maps the resonance images in a multimedia database. Then, automatically, using the SIFT pattern recognition algorithm, descriptors of the images stored in the database are extracted in order to recover useful data for the user; it uses the ontologies as an artificial intelligence tool and, in consequence, reduces generation of useless data. Why do we think this is an interesting task? Because, if the user requires information about any topics or (s)he has some illness or needs to undergo magnetic resonance, this tool will show him/her images and text to convey a better understanding, helping to obtain useful conclusions. Artificial intelligence techniques are used, such as machine learning, knowledge representation, and pattern recognition. The ontological relations introduced here are based on the common representation of language, using definition dictionaries, Roget’s thesaurus, synonym dictionaries, and other resources. The system generates an output in the OM ontological language [1]. This language represents a structure where our system adds the data scanned by the SIFT algorithm. The tests have been made in Spanish; however, thanks to the portability of our system, it is possible to extend the method to any language.

Proyecto UAEM 3454CHT/2013

Publisher

IEEE Latin America Transactions

Publish date

August 1, 2015

Publication type

Article

Source

1548-0992

Language

Spanish

Relation

10.1109/TLA.2015.7332153;

Audience

Students

Researchers

Source repository

REPOSITORIO INSTITUCIONAL DE LA UAEM

Downloads

134

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