@article{ref1,
title="Development and evaluation of a training system to reduce sensory conflict using augmented reality",
journal="Descente sports science",
year="2022",
author="Takada, Hiroki and Miyao, Masaru and Shiozawa, Tomoki and Takada, Masumi and Ito, Kikuo",
volume="43",
number="",
pages="62-70",
abstract="Walking is well known as an aerobic exercise to prevent from the health risk involved in the lifestyle diseases. Indoor training using a treadmill or ergometer can be mentioned as a substitute for outdoor walking. However, a sensory conflict between the vestibular and visual systems may be occurred, which induced symptoms of the motion sickness. In addition, virtual reality（VR） can be used to give subjects a sense of realism in outdoor walking. The aim of this study is to develop a VR system that reduces the sensory conflict, and to evaluate it with use of bio-signal. As a result, we obtained knowledge involved in the VR video clips that could reduce the sensory conflict.   ===  ウォーキング（歩行）は，生活習慣病の予防に役立つ有酸素運動としてよく知られている．屋外歩行の代用としてトレッドミルや，エルゴメータを利用した屋内トレーニングを挙げることができる．しかし，そこでは前庭系と視覚系の感覚不一致が生じて動揺病症状が誘発される可能性がある．また，屋外歩行の臨場感を演出するために，仮想現実を利用することできる．そこで本研究では，感覚不一致を逓減させる仮想現実（ VR）システムを開発して，生体評価を行うことを本研究の目的とする．その結果，感覚不一致を逓減させることができるVR映像に関して知見が得られた．<p /> <p>Language: ja</p>",
language="ja",
issn="0285-5739",
doi="10.57488/descente.43.0_62",
url="http://dx.doi.org/10.57488/descente.43.0_62"
}