@techreport{oai:ipsj.ixsq.nii.ac.jp:00211146,
 author = {高橋, 義基 and 小林, 礼 and 佐藤, 圭浩 and 熊谷, 侑樹 and 包, 躍 and Yoshiki, Takahashi and Rei, Kobayashi and Yoshihiro, Sato and Yuki, Kumagai and Yue, Bao},
 issue = {46},
 month = {May},
 note = {近年，建設業において建設機械の遠隔施工が普及しており，現場映像を裸眼 3D ディスプレイで視聴することで，2D ディスプレイに比べ施工効率が高いことが知られている．しかし，裸眼 3D ディスプレイは最適観察位置が固定され，大型化されたものは運搬が困難な問題がある．本研究では，再帰反射型スクリーンを用いた裸眼立体表示法による大型化の運搬コスト低下と，観察位置の制限をなくす手法を提案する．提案手法を用いた評価実験により，観察者の位置や移動に依存せず立体視が可能で運搬が容易なことを確認できた．, In recent years, remote construction of construction machinery has become general in the construction industry, and it is known that viewing on-site images on a naked-eye 3D display provides higher construction efficiency than on a 2D display. However, traditional naked-eye 3D displays must be viewed only from the optimal observation distance and those with a large screen are very heavy. In this study, we propose a lightweight naked-eye 3D display with a retro-reflective screen. This 3D display also can eliminate the limitation of observation position. Evaluation experiments using the proposed method confirmed that stereoscopic viewing is possible regardless of the observer's position or movement, and that it is easy to transport.},
 title = {再帰反射スクリーンを用いた観察位置が制限されない裸眼3D表示法},
 year = {2021}
}