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A forgettable near eye display
Digest of Papers. Fourth International Symposium on Wearable Computers, 2002This paper describes a very light wearable display so light that you can forget that you are actually wearing it. It is a virtual image display device which consists of a prism with two total internal reflection surfaces and a holographic optical element.
Ichiro Kasai +3 more
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ACM SIGGRAPH 2013 Emerging Technologies, 2013
We propose near-eye light field displays that enable thin, lightweight head-mounted displays (HMDs) capable of presenting nearly correct convergence, accommodation, binocular disparity, and retinal defocus depth cues. Sharp images are depicted by out-of-focus elements by synthesizing light fields corresponding to virtual objects within a viewer's ...
Douglas Lanman, David P. Luebke
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We propose near-eye light field displays that enable thin, lightweight head-mounted displays (HMDs) capable of presenting nearly correct convergence, accommodation, binocular disparity, and retinal defocus depth cues. Sharp images are depicted by out-of-focus elements by synthesizing light fields corresponding to virtual objects within a viewer's ...
Douglas Lanman, David P. Luebke
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Performance and Comfort on Near‐Eye Computer Displays
Optometry and Vision Science, 2002ABSTRACT: Background. Very small high‐resolution displays (SVGA, 800 × 600 pixels) worn near the eye and imaged to create a virtual image have potential as alternatives to traditional computer displays.
James, Sheedy, Neil, Bergstrom
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Foveation in near-eye holographic display
2018 International Conference on Information and Communication Technology Convergence (ICTC), 2018Foveation is applied for the near-eye holographic display to relieve the requirement of the computing power and the space-bandwidth-product. Foveated point cloud data reduces the computational load in hologram synthesis and the foveated holographic display provides field of view exceeding the given space-bandwidth-product.
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A compact retinal scan near-eye display
ACM SIGGRAPH 2019 Emerging Technologies, 2019A compact full color laser beam scanning (LBS)-based Augmented Reality (AR) near-eye display has been developed. By the unique relay optical system adopting a novel holographic grating to compensate the color dispersion of holographic image combiner in front of the eye, we have achieved high resolution (1280x720p), large field of view (47degree ...
Katsuyuki Akutsu +8 more
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Dehazing With A See-Through Near-Eye Display
2018 IEEE International Conference on Multimedia & Expo Workshops (ICMEW), 2018Human perception of the visual world in the presence of fog or haze usually suffers from loss of color and details. In this demo, we show a powerful technique to provide a see-through head-mounted display with the image dehazing capability. Our method utilizes an auxiliary image projected from the head-mounted device onto our eyes to enhance our ...
Kuang-Tsu Shih +2 more
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Near-eye displays - a look into the christmas ball
2008 7th IEEE/ACM International Symposium on Mixed and Augmented Reality, 2008We first have a look at the development of AR in the recent 15 years and its current state. Given recent advances in computing and micro system technologies, it is hardly conceivable why AR technology should not finally be entering into mass market applications, the only way to amortize the development of such a complex technology.
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Computational See-Through Near-Eye Displays
2015See-through near-eye displays with the form factor and field of view of eyeglasses are a natural choice for augmented reality systems: the non-encumbering size enables casual and extended use and large field of view enables general-purpose spatially registered applications. However, designing displays with these attributes is currently an open problem.
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