Binocular head mounted display with eye movement tracking function: development of the prototype and its application. - Kazuyo Iwamoto; Kazuo Tanie (IROS, 1996)

Development of an eye movement tracking type head mounted display: capturing and displaying real environment images with high reality. - Kazuyo Iwamoto; Kazuo Tanie (ICRA, 1997)

A head-mounted eye movement tracking display and its image display method. - Kazuyo Iwamoto; Kazuo Tanie; Taro Maeda (Syst. Comput. Jpn., 1997)

Eye movement tracking type image display system for wide view image presentation with high-resolution - evaluation of high-resolution image presentation. - Kazuyo Iwamoto; Kiyoshi Komoriya; Kazuo Tanie (IROS, 2002)

Interactive support using a video see-through Head Mounted Display for plate bending by line heating - Investigation of image capture and display -. - Kazuyo Iwamoto (SMC, 2008)

A Monocular Video See-through Head Mounted Display for Interactive Support System - Instruction of 3-dimensional Position, Posture and Speed. - Kazuyo Iwamoto (SMC, 2009)

Plate bending by line heating with interactive support through a monocular video see-through head mounted display. - Kazuyo Iwamoto; Yuko Kizuka; Yoshiki Tsujino (SMC, 2010)

Evaluation of depth perception of monocular video see-through head mounted display. - Kazuyo Iwamoto; Yuko Kizuka (SMC, 2011)

Development and evaluation of high resolution monocular video see-through display. - Kazuyo Iwamoto; Jun Ishikawa (SMC, 2012)

High Resolution Binocular Video See-Through Display for Interactive Work Support - Development of System and Evaluation of Depth Perception and Peg-in-Hole Tasks. - Kazuyo Iwamoto; Jun Ishikawa (SMC, 2013)

An instruction method of 3D task motion with stereoscopic video see-through display and its application to pouring task. - Kazuyo Iwamoto; Hitoshi Tokunaga; Toshimitsu Okane (ICCSCE, 2015)

Mixed Environment of Real and Virtual Objects for Task Training using Binocular Video See-through Display and Haptic Device. - Kazuyo Iwamoto (INDIN, 2022)