Interpolation

To reposition a digital image or modificarLlistes its size will inevitably need more, less or different pixels in the original image. Copying or direct elimination of pixels causes fireworks. For best results the interpolated pixels have to be done calculated weighted averages of adjacent pixels.

Frame interpolation is a process by which the projector (or video processor) approximates what a film would have looked like if it had been captured at a much faster sampling rate to begin with. What it does it this: It buffers two or more sequential frames of the film, and evaluates the motion shifts between them. Then it uses this information to create interim frames that are partial steps in the motion sequence between each real frame.

If the projector has a 1024x768 display, then set your computer display to 1024x768, for example. If your video resolution does not match the projector resolution, the projector will have to interpolate to compensate. This means that it will scale the image to its native resolution, and the resulting image will not be as sharp as it could be.  A linear interpolation scheme is termed 'ideal'when its errors forma polynomial ideal.

The interpolation technology is smart enough to predict the motion differences between frames, and will automatically generates five interpolated images to fill the gaps in order to improve overall resolution and eliminate motion artifacts. Home theater buffs will definitely appreciate the PLV-Z3000 since it produces an accurate reproduction of 24 fps source material, making you feel as though you were watching movie theater-quality shows from everyday broadcast programming.