An ultracompact red-green-blue laser beam combiner for eyewear displays
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Eyewear
The wire frame is today's spotlighted eyewear fashion. However, there are a number of unusual considerations in achieving a pleasing cosmetic effect and comfortable fitting qualities. This paper discusses these factors, particularly as they relate to compatible lens designs.
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We have become accustomed to flat screens over a long time because flat screens are both easy to manufacture and easy to carry around. However, there is a huge gap between the 3D experiences that we see directly with our eyes and those viewed through a flat screen. This paper compares 3D experiences through eyewear and other media. Based on the strengths of eyewear, we suggest several design considerations for eyewear applications vividly conveying the actual 3D experience.
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One of the most common tools of laser safety is laser protective eyewear. While its' function is clear to many, selecting the right pair for a laser users' use is not as simple. This paper will review some of the items, which should be considered to assure the eyewear selected is the eyewear that meets the users needs. Some selection criteria will be obvious while others will be less obvious. While wavelength and optical density are priorities, other issues to be discussed will include the issues of visual light transmission, work area lighting requirements, impact requirements from surrounding hazards, facial design, how to overcome fitting problems, multi-wavelength considerations, prescriptions, and durability of the eyewear components. Full protection versus alignment criteria will also be discussed.
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Commercial smart eyewear products designed for day-today use have drastically improved in recent years. However, the current utility and applications of smart eyewear can be easily substituted with other smart wearables. In this paper, we propose the integration of an artificial agent capable of performing gaze-based intention recognition on smart eyewear to extend the device capabilities. As smart eyewear affords unobtrusive tracking of the user's gaze while the user interacts naturally with the world, it serves as a perfect platform to discreetly identify the user's intentions through gaze, allowing the agent to provide relevant, personalised and proactive assistance. We believe that integration our proposed agent in smart eyewear is an achievable goal in the coming years with the rapid progressions in computer vision, wearable technology and socially interactive artificial agents. This paper, therefore, discusses our proof-of-concept intention-aware agent, followed by its future opportunities and existing challenges for its integration in smart eyewear.
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Abstract The use of eyewear as a platform for mobile display systems is gaining acceptance, owing to the high degree of miniaturization that is now possible in optics, electronics, and microdisplays. Eyewear offers unique features for display integration. This paper will review important aspects of eyewear display design and provide a progress report on eyewear display development.
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The subject of modern, save and stylish eyewear is entertaining not only to people with unwell eyesight. Many people use glasses with anti-UV or blue-block coatings, glasses for driving or working with a computer. There were investigated the blue-block eyewear. There were analyzed reflected radiation at 300 - 400 nm wavelengths with cross- incidence. The traditional eyewear with classical or stylish frame may not protect sight against the UV radiation.
Eyewear
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Commercial smart eyewear products designed for day-today use have drastically improved in recent years. However, the current utility and applications of smart eyewear can be easily substituted with other smart wearables. In this paper, we propose the integration of an artificial agent capable of performing gaze-based intention recognition on smart eyewear to extend the device capabilities. As smart eyewear affords unobtrusive tracking of the user's gaze while the user interacts naturally with the world, it serves as a perfect platform to discreetly identify the user's intentions through gaze, allowing the agent to provide relevant, personalised and proactive assistance. We believe that integration our proposed agent in smart eyewear is an achievable goal in the coming years with the rapid progressions in computer vision, wearable technology and socially interactive artificial agents. This paper, therefore, discusses our proof-of-concept intention-aware agent, followed by its future opportunities and existing challenges for its integration in smart eyewear.
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Wearable Technology
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1D Eyewear uses 1D arrays of LEDs and pre-recorded holographic symbols to enable minimal head-worn displays. Our approach uses computer-generated holograms (CGHs) to create diffraction gratings which project a pre-recorded static image when illuminated with coherent light. Specifically, we develop a set of transmissive, reflective, and steerable optical configurations that can be embedded in conventional eyewear designs. This approach enables high resolution symbolic display in discreet digital eyewear.
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