Super Hi-Vision (high definition Ultrahigh Wide-screen system with 4000 scanning lines) is the new standard for video ads.
NHK Science & Technical Research Laboratories has created a new piece of engineering genius in its 8K Television System "Super Hi-Vision." This latest imaging technology to us in Japan and designed to give coverage of the screen the 2012 Olympic Games on giant screens in cities of the United Kingdom. The BBC plans to use the technology called Super Hi-VisionOnly four years ago in 2012, but was developed in Japan in 2005.
And 'this incredible new resolution to show that the human-machine interfaces are possible with even higher resolution, and soon? What is the real 3D without glasses, 4D and better, and what about Blu – Ray, Violet Ray and Ultraviolet Ray?
NHK to create new image using a video format with 7680 x 4320 pixels (16 times higher than standard Hi-Vision system NHK HDTV). 4000 scan lines to providethree-dimensional images ultra-clear, realistic that can be achieved only with high-definition technology.
scan lines are not visible, although relatively close to the screen. And a wider viewing angle provides a greater sense of reality.
The 3-D audio system with 24 speakers significantly improve the live presence.
Around the World Consumer Electronics players must purchase the latest high definition televisions and Blu - ray to go with them, butThis last channel high-definition TV and the BBC have a Japanese system 33 times more detailed than the best currently on the market is complete.
By 2015, NHK will test transmissions begin its Super Hi-Vision, a program designed with full-time public for the year 2025.
Nobuyuki Hiruma, associate director at NHK's laboratories in Tokyo, says: "Hello Super-Vision TV is approaching the realism of human vision." In fact, I was searching for human vision.
ExcellentHi-Vision is only at the NHK Broadcasting Center in Tokyo, where he projects a concert hall, 10 meters (m) 5.5-meter (yard) screen with sound from 22 speakers can replicate in multiple layers of a sound . 24 discrete channels of speakers are the real technical objective.
Only 20 minutes of high definition can be included at a time, and must be treated frame by frame. Make a back-up engineers will be a whole night, and after a week have onlyenough material for one Super Hi-Vision TV.
Sitting just three meters (m) by a screen of 450 inches tells viewers, "Sometimes we suffer motion sickness," says Masaru Kanazawa, research engineer of the project SHV.
Although these giant screens does not fit into most living rooms, Kanazawa think that could soon anyway.
Hiroyuki Ohira, GM Pioneer Plasma Development Center in Yamanashi, is responsible for the same team that invented in 1990, the firstplasma screens in high definition. "We try to help a panel NHK Super Hi-Vision broadcasting implementation of their plans for development," he said.
The BBC and NHK often together on the production schedule, most recently in the documentary says David Attenborough Planet Earth, which was filmed in HD and produced a series of new techniques.
November 2007 NHK buckled his high definition cameras on a lunar probe Japanese Aerospace Exploration Agency to film an "increase of the Earth"the moon in high definition quality.
To overcome the problem of how to stay transfer large amounts of data is used NHK Dirac video compression technology for its super-vision test Hi, this is a technology of the BBC.
With large outdoor screens and with the participation of an EU funded project to promote the public use of new technologies, engineers involved in the BBC's Super Hi-Vision events. "Hello Super-Vision feeds well and is certainly in that long-termAmbition, "said Andy Bower, interim controller of BBC Research & Innovation Centre.
How to overcome you as three-dimensional holographic images enable data storage, information will be stored in an area much smaller, preventing information overflow. This technology comes from Michael E. Thomas owner of Colossal Storage Corporation of Fremont, California.
Even as a band Holographic Optical Storage Nanotechnology Band (3 D) Holographic Optical Drive-technology plansfuture storage density of optical storage devices slide over 40,000 terabits / cu.cm. For comparison with magnetic hard drives today, the 60 gigabyte one can understand that Mr. Thomas' supports optical drives with 45 gigabits per square inch. Tariff and non-contact recording AFM, STM, SPM or SFM, ie atomic force microscope and their derivatives, 300 Gigabit / sq.in means a lot to provide a storage capacity of current methods.
A Blu – raythe future could use small 3.5-inch disks for tape-based storage holographic 3-D with the Einstein-Planck Quantum Theory of electron energy on molecular properties of electrons of an atom of motion control / shift.
/ Blue laser diodes with voltage transformer to write with Ultra Violet, new definitions of concepts are photon laser-induced electric field poling and UV / blue laser diodes and transistors, or MOS FET gates Nanofloating nanooptical to read.
Thus,are created for this device perovskite ferroelectric dipole dielectric properties to allow you to write, and erase the memories were stored on the nanocrystals. A semiconductor integrated optical read / write head will be a backup of data.
After reading a memory persistence almost infinite fast data / write control of ferroelectric molecules will allow for greater density and surface speed data transfer of data between the system random device mass storage and this willIncreasing the bandwidth storage.
For the new Blu – Ray Ray ultraviolet tomorrow a transmission speed of extraordinary size, the Internet is required to send the movies.
Super Hi-Vision live relay over IP
On December 31, 2006 world premiere happens when a feed Super Hi-Vision of the 57th Kohaku Uta Gassen (NHK's annual "Red and White battle song", the most watched television event of the year in Japan) was approvedthe long-distance calls over an IP network from the Tokyo office and displayed on a giant 450-inch screen in a studio in Osaka. Here, audience members enjoyed the pictures and ultra-realistic sound equivalent of a VIP seat in the actual live event.
With the codec by NHK for efficient transmission and transmission of Super Hi-Vision signals developed the encoder compresses the video signal up to 24Gbps 180 600 Mbps and audio from 7-28Mbps to 28Mbps. The bit reducedInterest rate allows you to transmit the signal and also record an event of long duration, as Kohaku Uta Gassen.
A live performance at the World Expo 2005 Aichi, Japan (Expo 2005 Aichi was) from March to September 2005 with the theme "Nature's Wisdom". In the stand NHK Super Hi-Vision images were displayed on a screen of 600 inches. With about 8,000 visitors per day, for six months about 1,560,000 people have seen these images and enjoyed crystalline ultra-high-definition widescreenSystem on the big screen.
For the first time in history a live relay of Super Hi-Vision Optical transmission was successful, 2 November 2007. The transfer was between Kamogawa, Chiba Prefecture, and NHK Science & Technical Research Laboratories. Kamogawa Sea World aquarium is famous for Kamogawa, and about 260 km from NHK Labs.
The long-haul optical transmission of uncompressed video and audio signals using DWDM (Dense Wavelength Division Multiplexing) technology has been aseminal moment.
So Blu – ray in the future could be ultraviolet or could Strictly Come download a new Super Pipe IV Internet right in your mind.
Back, the future is already old.
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