HOLOLENSE SEMINAR REPORTE PDF FOR COMPUTER SCIENCE PROJECT
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Abstract
This seminar examines the new technology of holographic projection (Microsoft Holocene). It has highlighted the importance and requirement of this technique and how it represents the new wave in the future of technology and communication; various applications of technology affect the area of life dramatically, including business, education, telecommunications and health. . In the paper, the future of holographic technology has also been discussed and how it will prevail in the years to come, how it will affect life, technology and many other areas of business and give new shape.
HoloLens is essentially built into a holographic computer headset that allows you to view, listen and interact with the hologram within an environment such as a living room or office space. It is based on augmented reality, the increased reality (AR) is a direct direct or indirect view of the physical, real-world environment, whose elements are enhanced by computer-generated sensory input such as sound, video, graphics or GPS (or supplement) ) Is enhanced data History of augmented reality can be traced from 1990 and work done by Professor Tom Cadel as part of a nervous system project in Boeing can be traced. This project was focused on finding new ways to help the company's engineering process and its involvement in the use of virtual reality. Increased reality is a mix of virtual reality and real life, because developers can create images inside applications that blend in with content in the real world. With AR, users are able to interact with virtual content in the real world, and are able to distinguish between the two.
Introduction:
Microsoft Hololance, known as Project Burbau, is a pair of mounted Smart Glasses developed and manufactured by Microsoft, with a mixed reality head. HoloLens is essentially built into a holographic computer headset that allows you to view, listen and interact with the hologram within an environment such as a living room or office space. It is based on augmented reality, the increased reality (AR) is a direct direct or indirect view of the physical, real-world environment, whose elements are enhanced by computer-generated sensory input such as sound, video, graphics or GPS (or supplement) ) Is enhanced data The history of augmented reality can be traced back to 1990 and work done by Professor Tom Cueldel under a nervous system project in Boeing can be done. This project was focused on helping the company's engineering process and finding new ways to use virtual reality. Increased reality is a mix of virtual reality and real life, because developers can create images inside applications that blend in with content in the real world. With AR, users are able to interact with virtual content in the real world, and are able to distinguish between the two.
3D Holographic Technology
Holography is a diffraction-based coherent imaging technique in which a complex three-dimensional object can be repeated by a flat, two-dimensional screen, in which there is complex transparency representing magnitude and phase values. It is generally agreed that real-time holography is northeast ultra-art and science to rapidly see changing 3D scenes. The real-time or electro-holographic theory integration in display technology is one of the most promising but challenging events for future consumer performance and TV market. Only holography allows reconstruction of natural-looking 3-D scenes, and therefore provides supervisors with a fully comfortable view. Experience a Holocene, from a relatively small scale projection device, to different types of different surfaces at different focal distances Use of holographic technology to project large, high-resolution images on Reggae. To understand the technique used in HoloLens, we must understand the term 'hologram', and the process of creating and projecting holograms. Holography is a technique that allows light to enter the scattered light of an object and subsequent reconstruction. Technically, the hologram preserves the 3-D information of a hologram subject, to help in the process of retrieving and processing the process, which helps to display 3D images.
Microsoft Hololance
Hololance is essentially made in a holographic computer headset, allowing you to view, listen and interact with the holograms in such an environment, such as meeting rooms or office spaces. Microsoft created the headset without the need to be connected to any PC, and used high definition lens and spatial voice technology to create that immersive, interactive holographic experience. Hololance comes with semitransparent holographic lenses which 'produces multi-dimensional full-color holograms' means that it is not going to present the images in the room