“…With Fisher's implementation, an eye tracker was used to position the high acuity region to the point where the eye was looking. Several researchers since then have developed similar systems that use high resolution inserts, including Williams et al [3], Howlett [4], Weissman et al [5], and Reif et al [6].…”
A variable addressability binocular system has been developed and subjected to rigorous optical testing. This novel system enables a large filed of view using a limited number of pixels. The tests show a proof of concept and demonstrate the applicability of the technology.
“…With Fisher's implementation, an eye tracker was used to position the high acuity region to the point where the eye was looking. Several researchers since then have developed similar systems that use high resolution inserts, including Williams et al [3], Howlett [4], Weissman et al [5], and Reif et al [6].…”
A variable addressability binocular system has been developed and subjected to rigorous optical testing. This novel system enables a large filed of view using a limited number of pixels. The tests show a proof of concept and demonstrate the applicability of the technology.
The eye's acuity varies across its field of view, decreasing to 10% of its axial value at only 20 degrees. This creates a situation where standard displays, when used in conjunction with the eye,
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