MADI Motion Adaptive De-Interlacer

A 5th generation de-interlacing technique which provides virtually perfect progressive signal from interlaced video. In large screen displays, video projectors or broadcast applications, MADI converts interlaced video to progressive video before it is up scaled and displayed.

AAP Advanced Anti-aliasing Processor

Based on sophisticated direction detection and adaptive filtering, AAP is a versatile and powerful processor which eliminates jaggies and de-interlacing artifacts in a progressive image. AAP is ideal for contour post-processing to provide high-quality progressive visual signals for de-interlacing engines. Designed for real-time applications, AAP can be used independently of MADI, and can also be tailored to video game graphics for added value.

CINETEL Telecine / Inverse Telecine

A robust and efficient technique for 3:2 pull-down detection and film restoration, CINETEL is based on an analysis of moving contour transform images in order to distinguish between film or video-originated content. CINETEL’s rapid detection process promptly restores films to their original sequence and tracks right through many types of bad edits. In large screen display or DVD player applications, CINETEL converts the interlaced signal back to the original progressive film, before it is up scaled and displayed. In pre-encoding applications, CINETEL removes redundant frames from the incoming interlaced video signal, for a more economical transmission bit rate.

VOFD Video Over Film Detection

Designed to be used in conjunction with a film cadence detector (like CINETEL), VOFD is ideal for film-based materials where video interlaced-formats have been added, such as tickers for latest news or weather, credits at the end of a movie, and computer generated objects. VOFD distinguishes which regions of a film image are originally video based, and compensates for them using a complex interpolation method. This is important in the de-interlacing process, where restored pull-down film images are badly de-interlaced.