Shadow Awareness: Bodily Expression Supporting System with Use of Artificial Shadow. - Yoshiyuki Miwa; Shiroh Itai; Takabumi Watanabe; Koji Iida; Hiroko Nishi (HCI (2), 2009)

Electromyography Focused on Passiveness and Activeness in Embodied Interaction: Toward a Novel Interface for Co-creating Expressive Body Movement. - Takabumi Watanabe; Norikazu Matsushima; Ryutaro Seto; Hiroko Nishi; Yoshiyuki Miwa (HCI (3), 2009)

Utilization of Shadow Media - Supporting Co-Creation of Bodily Expression Activity in a Group. - Koji Iida; Shiroh Itai; Hiroko Nishi; Yoshiyuki Miwa (HCI (11), 2011)

Support for Generation of Sympathetic Embodied Awareness: Measurement of Hand Contact Improvisation under Load Fluctuation Stress. - Takabumi Watanabe; Yoshiyuki Miwa; Go Naito; Norikazu Matsushima; Hiroko Nishi (HCI (11), 2011)

Shadow awareness: enhancing theater space through the mutual projection of images on a connective slit screen. - Yoshiyuki Miwa; Shiroh Itai; Takabumi Watanabe; Hiroko Nishi (SIGGRAPH Art Gallery, 2011)

Bodily Expression Media by Dual Domain Design of Shadow. - Naruhiro Hayashi; Yoshiyuki Miwa; Shiroh Itai; Hiroko Nishi (HCI (15), 2013)

Co-creative Bodily Expression through Remote Shadow Media System. - Yoshiyuki Miwa; Atsushi Nishide; Naruhiro Hayashi; Shiroh Itai; Hiroko Nishi (HCI (13), 2014)

Creation of Shadow Media Using Point Cloud and Design of Co-creative Expression Space. - Maho Hayashi; Yoshiyuki Miwa; Shiroh Itai; Hiroko Nishi; Yuto Yamakawa (HCI (5), 2016)

Co-creative Expression Interface: Aiming to Support Embodied Communication for Developmentally Disabled Children. - Takuto Takahashi; Ryutaro Hayashi; Yoshiyuki Miwa; Hiroko Nishi (HCI (5), 2016)

Design of Hand Contact Improvisation Interface Supporting Co-creative Embodied Expression. - Takuto Takahashi; Takumi Soma; Yoshiyuki Miwa; Hiroko Nishi (HCI (3), 2017)

Proposal of a New Performance Partner: "Soft Flying Robot". - Hiroki Shido; Hiroko Nishi; Hiroyuki Ishii (RO-MAN, 2023)

Prototyping Support System for Co-development of Performance Robots by Robot Engineers and Dance Performers. - Hiroki Shido; Massimiliano Zecca; Hiroko Nishi; Hiroyuki Ishii (SII, 2025)