Depth-disparity calibration for augmented reality on binocular optical see-through displays
MMSys(2015)
Abstract
We present a study of depth-disparity calibration for augmented reality applications using binocular optical see-through displays. Two techniques were proposed and compared. The "paired-eyes" technique leverages the Panum's fusional area to help viewer find alignment between the virtual and physical objects. The "separate-eyes" technique eliminates the need of binocular fusion and involves using both eyes sequentially to check the virtual-physical object alignment on retinal images. We conducted a user study to measure the calibration results and assess the subjective experience of users with the proposed techniques.
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Key words
design,calibration,artificial,experimentation,human factors,see-through displays,augmented reality,augmented,and virtual realities
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