Soporte Visual Asistivo para la Detección de Formas Matemáticas en el entorno

Visual assistance support for the detection of mathematical forms in the environment

Soza Ruiz, Pedro; Perelli Soto, Bruno

Artigo Completo:

Nature exhibits forms of Vision without need for an eyeball. Brain adaptive abilities generates mental images allow to compensate for the visual stimulus captured through other senses such as touch and hearing. Technological extensions capable of mediating between the environment and the generation of sensory compensations, develop new forms of vision for the human being. This project proposes functional approaches capable of detecting visual elements in the environment that favor the construction of mathematical forms. The capture and processing of images mediated by the support, generate haptic sensory stimuli that performs the act of seeing without the need of eyes.

Nature exhibits forms of Vision without need for an eyeball. Brain adaptive abilities generates mental images allow to compensate for the visual stimulus captured through other senses such as touch and hearing. Technological extensions capable of mediating between the environment and the generation of sensory compensations, develop new forms of vision for the human being. This project proposes functional approaches capable of detecting visual elements in the environment that favor the construction of mathematical forms. The capture and processing of images mediated by the support, generate haptic sensory stimuli that performs the act of seeing without the need of eyes.

Palavras-chave:

DOI: 10.5151/sigradi2017-089

Referências bibliográficas

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• [9] Zylinska, J. (2002). Extending McLuhan into the New Media Age: Na Introduction. In J. Zylinska (Ed.), The Cyborg Experiments: The Extensions of the Body in the Media Age (First Edit). Continuum.

Como citar:

Soza Ruiz, Pedro; Bruno Perelli; "Soporte Visual Asistivo para la Detección de Formas Matemáticas en el entorno", p-579-584. In: . São Paulo: Blucher, 2017.
ISSN 23186968, DOI 10.5151/sigradi2017-089