Um sistema de auxílio ao diagnóstico da escoliose baseado em realidade aumentada
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Data
2010-12
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Resumo
The paper proposes and describes a tool called SADE (Auxiliary
System for Scoliosis Diagnose), which is able to assist the physiotherapist
in diagnosing the deviation of the patient’s vertebral
spine (scoliosis) observed by the posterior view. One of the current
diagnose methods uses a panel called simetrograph, vertically
positioned and parallel to the patient’s body. This method does not
provide the physiotherapist with a good reference because the panel
has spaced lines. Besides, the simetrograph compels the physiotherapist
to stay away from the patient in every exam, making the
interaction between patient and professional difficult. The SADE,
which is based on Augmented Reality, allows a better visualization
because of a virtualized spine and the virtual ideal spine, and gives
better mobility to the patient and to the physiotherapist during the
exam since the spine is visible through the monitors. The system
also stores data in a database, allowing an historical analysis from
the beginning of the treatment until the current stage. Tests done in
a laboratory specifically prepared for the project, compared SADE,
the simetrograph and the touch method, and the results have shown
that SADE may be a promising tool to assist the physiotherapist
in
the diagnosis of scoliosis.
Descrição
Palavras-chave
Realidade aumentada, ArToolKit, Escoliose, Desvio postural, Augmented reality, Scoliosis, Postural deviation
Citação
CAMILO JÚNIOR, Celso Gonçalves; UEDA, Marcio Toshio Magrini; VIANA, Rodrigo Ferraz. Um sistema de auxílio ao diagnóstico da escoliose baseado em realidade aumentada. Revista Brasileira de Engenharia Biomédica, Rio de Janeiro, v. 26, n. 3, p. 185-193, dez. 2010.