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Research Institute of Applied Electricity in Hokkaido University-A study on sensory substitutes and artificial sensory organs for the disabled

Tohru Ifukube

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Abstract

The study of sensory substitutes and artificial sensory organs is described here in relation to robots. Sensory substitutes and artificial sensory organs for the disabled consist of a sensor part, an information conversion part, and a stimulation part. For example, for the visually handicapped, obstacles detected by cameras or ultrasound devices are processed into tactile stimulation, auditory stimulation or electrical stimulation which will directly stimulate the cerebrum

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What this paper is about

The study of sensory substitutes and artificial sensory organs is described here in relation to robots. Sensory substitutes and artificial sensory organs for the disabled consist of a sensor part, an information conversion part, and a stimulation part. For example, for the visually handicapped, obstacles detected by cameras or ultrasound devices are processed into tactile stimulation, auditory stimulation or electrical stimulation which will directly stimulate the cerebrum

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Available abstract

The study of sensory substitutes and artificial sensory organs is described here in relation to robots. Sensory substitutes and artificial sensory organs for the disabled consist of a sensor part, an information conversion part, and a stimulation part. For example, for the visually handicapped, obstacles detected by cameras or ultrasound devices are processed into tactile stimulation, auditory stimulation or electrical stimulation which will directly stimulate the cerebrum

Key concepts: Sensory system, Sensory stimulation therapy, Stimulation, Sensory substitution, Neuroscience, Computer science, Psychology

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