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Investigating Aircrew Depth Perception Standards Using a Stereoscopic Simulation Environment.

, , , , , and . SD&A, page 29-40. Society for Imaging Science and Technology, (2017)

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Perceptual Issues in the Use of Head-Mounted Visual Displays., , and . Hum. Factors, 48 (3): 555-573 (2006)Investigating Aircrew Depth Perception Standards Using a Stereoscopic Simulation Environment., , , , , and . SD&A, page 29-40. Society for Imaging Science and Technology, (2017)The relationship between vision and simulated remote vision system air refueling performance., , , , , , and . SD&A, page 1-6. Society for Imaging Science and Technology, (2022)Depth of Focus and Visual Recognition of Imagery Presented on Simultaneously Viewed Displays: Implications for HeadMounted Displays., , , , and . Hum. Factors, 49 (5): 907-919 (2007)Investigating the use of spectacle lenses to alleviate vergence-accommodation mismatch in a stereoscopic remote vision system., , , , , and . SD&A, page 1-6. Society for Imaging Science and Technology, (2023)Stereoscopic Remote Vision System Aerial Refueling Visual Performance., , , , and . SD&A, page 1-10. Society for Imaging Science and Technology, (2016)Evaluating the effect of stereoscopic display crosstalk on simulated remote vision system depth discrimination., , , , and . SD&A, page 1-7. Society for Imaging Science and Technology, (2019)Effect of display resolution and antialiasing on the discrimination of simulated-aircraft orientation., and . Displays, 26 (4-5): 159-169 (2005)Binocular Rivalry and Head-Worn Displays., , , and . Hum. Factors, 49 (6): 1083-1096 (2007)