A system for exploring large virtual environments that combines scaled translational gain and interventions. - Xianshi Xie; Qiufeng Lin; Haojie Wu; Gayathri Narasimham; Timothy P. McNamara; John J. Rieser; Bobby Bodenheimer (APGV, 2010)

Egocentric distance perception in real and HMD-based virtual environments: the effect of limited scanning method. - Qiufeng Lin; Xianshi Xie; Aysu Erdemir; Gayathri Narasimham; Timothy P. McNamara; John J. Rieser; Bobby Bodenheimer (APGV, 2011)

Egocentric distance perception in HMD-based virtual environments. - Qiufeng Lin; Xianshi Xie; Aysu Erdemir; Gayathri Narasimham; Timothy P. McNamara; John J. Rieser; Bobby Bodenheimer (APGV, 2011)

Distributed spatial memory in virtual human-robot team scenarios. - Xianshi Xie; Julie A. Adams; Timothy P. McNamara; Bobby Bodenheimer (SAP, 2012)

Immersion with robots in large virtual environments. - Xianshi Xie; Qiufeng Lin; Haojie Wu; Julie A. Adams; Bobby Bodenheimer (HRI, 2012)

The Effect of Locomotion Modes on Spatial Memory and Learning in Large Immersive Virtual Environments: A Comparison of Walking with Gain to Continuous Motion Control. - Xianshi Xie; Richard A. Paris; Timothy P. McNamara; Bobby Bodenheimer (Spatial Cognition, 2018)

Divided Attention in Human-Robot Teaming: Assessing Performance in Large-Scale Interactive Virtual Environments. - Xianshi Xie; Timothy P. McNamara; Bobby Bodenheimer (Spatial Cognition, 2024)