3D has gained prominence with James Cameron's top grossing movie, Avatar.
Since then it has continually drawn moviegoers to come in droves for more three dimensional action.
Simply this latest technology has offered seemingly real life experience and images that kept moviegoers on edge of their seat.
Avatar garnered more than $2.
5 billion ticket sells worldwide which has set the tone in movie viewing.
Various movies like "Alice and the Wonderland", "How to train your dragon" and more have followed the footsteps of Avatar, which consequently incurred top grossing profits.
It seems to indicate that people have insatiable appetite for 3D.
This has driven leaders in electronics and entertainment industries to move 3D movie theater experience right into the consumer's home through 3D TV technology.
3D TV technology gives an impression of depth to the images portrayed on a 2D surface.
High-speed shutters in the glasses work in sync with the TV to deliver a double layered image at twice the speed of normal TV that consequently tricked the brain into seeing 3D.
In addition, Keisuke Suetsugi, manager in charge of high quality AV development has further mentioned that shutter closes the right eye when the TV is showing the left image so people can only see the left image.
When TV shows image in the right, the shutter glass is covering the left.
This is the 3D TV technology that enables people to see three-dimensional images.
Stereoscopic capture, multi-view capture, or 2D plus depth, and a 3D display, are the techniques utilized in 3D TV technology.
It works to present a three dimensional field.
The most widely accepted method for delivering 3D video is known as stereoscopy.
Multi-view technique employs various cameras to capture a 3D scene through multiple independent video streams.
2D plus depth function to reconstruct 3D scenes from single view.
This is the 3D TV technology that has the ability to convert notable video materials into three dimensional films.
3D-ready TV sets on the other hand, operate in 3D mode in combination with LCD shutter glasses.
This TV set sends signal to the glasses regarding the side of the eye that received the images portrayed at the moment.
There are numerous display techniques such holography, volumetric display and the Pulfrich effect, which creates three dimensional images.
Leading manufacturers has continually strive to produce compatible standard for 3D in home electronics, present faster frame rate, and avoid judder.
With the highly enhanced digital technology, electronics and entertainment industries has been able to produce the high quality three-dimensional TV.
Since then it has continually drawn moviegoers to come in droves for more three dimensional action.
Simply this latest technology has offered seemingly real life experience and images that kept moviegoers on edge of their seat.
Avatar garnered more than $2.
5 billion ticket sells worldwide which has set the tone in movie viewing.
Various movies like "Alice and the Wonderland", "How to train your dragon" and more have followed the footsteps of Avatar, which consequently incurred top grossing profits.
It seems to indicate that people have insatiable appetite for 3D.
This has driven leaders in electronics and entertainment industries to move 3D movie theater experience right into the consumer's home through 3D TV technology.
3D TV technology gives an impression of depth to the images portrayed on a 2D surface.
High-speed shutters in the glasses work in sync with the TV to deliver a double layered image at twice the speed of normal TV that consequently tricked the brain into seeing 3D.
In addition, Keisuke Suetsugi, manager in charge of high quality AV development has further mentioned that shutter closes the right eye when the TV is showing the left image so people can only see the left image.
When TV shows image in the right, the shutter glass is covering the left.
This is the 3D TV technology that enables people to see three-dimensional images.
Stereoscopic capture, multi-view capture, or 2D plus depth, and a 3D display, are the techniques utilized in 3D TV technology.
It works to present a three dimensional field.
The most widely accepted method for delivering 3D video is known as stereoscopy.
Multi-view technique employs various cameras to capture a 3D scene through multiple independent video streams.
2D plus depth function to reconstruct 3D scenes from single view.
This is the 3D TV technology that has the ability to convert notable video materials into three dimensional films.
3D-ready TV sets on the other hand, operate in 3D mode in combination with LCD shutter glasses.
This TV set sends signal to the glasses regarding the side of the eye that received the images portrayed at the moment.
There are numerous display techniques such holography, volumetric display and the Pulfrich effect, which creates three dimensional images.
Leading manufacturers has continually strive to produce compatible standard for 3D in home electronics, present faster frame rate, and avoid judder.
With the highly enhanced digital technology, electronics and entertainment industries has been able to produce the high quality three-dimensional TV.
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