The document discusses the implementation of stereoscopic and dual view images on micro-display HDTVs. It explains that DMD technology uses a spatial light modulator with mirrors arranged diagonally to achieve high resolution. The smooth picture technology displaces the mirror array by half a pixel to write each input pixel across two subframes at 120Hz for 1080p video. This allows the left and right images for 3D to be shown sequentially using shutter glasses synchronized to the timing signal. The technology enables 3D and dual view modes for applications like gaming, chemistry, motography, x-rays, and ultrasound imaging.
11. LCD Shutter Glasses LCD shutter glasses are glasses used in conjunction with a display screen to create the illusion of a three dimensional image, an example of stereoscopy The glasses are controlled by an infrared, radio frequency, DLP-Link or Bluetooth transmitter that sends timing signal. Implementation of Stereoscopic & Dual View Images on a Micro-Display HDTV
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14. X Ray Use of stereoscopy in x-ray imaging because of accurate display of 3D Ultrasound Stereo Imaging 3D Ultrasound is the most advanced technology used by Sonographers during pregnancy to evaluate the unborn fetus. Implementation of Stereoscopic & Dual View Images on a Micro-Display HDTV
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