THE EFFECT OF AUDIO-VISUAL ON VIBROTACTILE SIGNAL DETECTABILITY

With the design of more sophisticated and complex systems, the human operator is required to perform more tasks and to monitor more displays. Consequently, a greater burden has been placed on the visual and auditory sensory channels. To relieve this burden placed on the eyes and ears, it is suggeste...

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Main Authors: Ramsey,Jerry D, Luker,Gary D
Format: Report
Language:English
Subjects:
Anatomy and Physiology
AUDITORY VIGILANCE TASKS
FREQUENCY
INTENSITY
LEGS
PERCEPTION
PERFORMANCE(HUMAN)
SITE SELECTION
SKIN(ANATOMY)
SPINAL COLUMN
TEST METHODS
THEMIS PROJECT
THORAX
TIME
VIBRATION
VIBROTACTILE STIMULATION
WEAPONS
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Luker,Gary D
description With the design of more sophisticated and complex systems, the human operator is required to perform more tasks and to monitor more displays. Consequently, a greater burden has been placed on the visual and auditory sensory channels. To relieve this burden placed on the eyes and ears, it is suggested that other sensory channels be investigated to process some of the displayed information. (Author) Prepared in cooperation with Boeing Co., Seattle, Wash. Presented at the Meeting of the Human Factors Society (Annual), Philadelphia, Pa., 6-9 Oct 69.
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source DTIC Technical Reports
subjects Anatomy and Physiology
AUDITORY VIGILANCE TASKS
FREQUENCY
INTENSITY
LEGS
PERCEPTION
PERFORMANCE(HUMAN)
SITE SELECTION
SKIN(ANATOMY)
SPINAL COLUMN
TEST METHODS
THEMIS PROJECT
THORAX
TIME
VIBRATION
VIBROTACTILE STIMULATION
WEAPONS
title THE EFFECT OF AUDIO-VISUAL ON VIBROTACTILE SIGNAL DETECTABILITY
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