Abstract
Three-dimensional (3D) display systems are widely used nowadays,
and their psychophysiological effects on human health have been investigated
in detail. However, due to recent advances in 3D display technology,
such as (super) multiview display or holography, there is a clear
and pressing need to develop a new measurement method for determining
optimal viewing parameters. Depending on the display system in question,
virtual objects with depth information may present different properties
to the human visual system and thus are perceived differently. The
methods to measure the factors that affect human health in 3D displays
need to be thoroughly reviewed in order to further investigate these
characteristics and determine optimal viewing parameters. In this
paper, we review various measurement methods that have been proposed
to examine the effects of 3D stimuli on the human visual system. We
provide an overview of recent advances in 3D techniques by relating
them with human factors, primarily focusing on subjective and objective
measurement methods, to ensure that human-friendly 3D content and
displays will benefit from recent technical advances.
© 2015 IEEE
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