be+interlaced
21interlaced scanning — F/A/V the scanning process that combines odd and even fields of video to produce a full frame of video signal …
22Interlaced Scanning — VP To economise bandwidth for CRT monitors, lines of video are recorded as separate fields of odd lines followed by scans of the even lines. Sometimes still frames in interlace scanning produce a flicker. Progressive scanning produces sharper… …
23interlaced — adjective having a pattern of fretwork or latticework • Syn: ↑fretted, ↑latticed, ↑latticelike • Similar to: ↑reticulate, ↑reticular …
24non-interlaced — Illuminating a CRT by displaying lines sequentially from top to bottom. Non interlaced monitors eliminate flicker found in interlaced monitors which illuminate half the lines in the screen in the first cycle and the remaining half in the… …
25non interlaced — continuous scanning, work condition of a screen in which all of the lines are scanned …
26Deinterlacing — is the process of converting interlaced video, such as common analog television signals or 1080i format HDTV signals, into a non interlaced form. Interlaced video frame consists of two sub fields taken in sequence, each sequentially scanned at… …
27Interlace — For the method of incrementally displaying raster graphics, see Interlace (bitmaps). : For the decorative motif used in ancient European and Celtic art, see Migration Period art and Celtic knot. Interlace is a technique of improving the picture… …
28HDV — is a High definition video format that uses MPEG2 compression to record HD content onto tapes originally designed for standard definition DV recording. There are two main variations of HDV: HDV1 records 1280x720 square pixels using a video data… …
29Progressive scan — Progressive scanning (alternatively referred to as noninterlaced scanning) is a way of displaying, storing, or transmitting moving images in which all the lines of each frame are drawn in sequence. This is in contrast to interlaced video used in… …
30Chroma subsampling — is the practice of encoding images by implementing less resolution for chroma information than for luma information, taking advantage of the human visual system s lower acuity for color differences than for luminance.[1] It is used in many video… …
