Blog

TitleDateExcerpt
ReCAP And Real-Time Detection Of Video Interlacing ArtifactsBroadcast video can look acceptable at first glance while still containing structural defects that affect every downstream use. Interlacing artifacts are a…
How ReCAP identifies static and moving camera shots in news segmentsNews video rarely stays visually still for long. A presenter may speak from a locked studio camera, a reporter may appear in a handheld street shot, and an…
Recognizing and Logging Applause in Audience ShotsBroadcast video contains valuable information that is easy for human editors to notice and difficult for conventional media systems to record. A burst of…
Monitoring color space conversions with ReCAPModern broadcast workflows move video through cameras, production switchers, contribution encoders, editing systems, graphics engines, archives, and delivery…
Automated Watermark Detection For Licensed VideoLicensed video moves through a complicated chain of broadcasters, distributors, platforms, production teams, and media archives. Along the way, a visible logo,…
How ReCAP Handles High Motion Blur in Action ScenesFast movement creates some of the most demanding conditions for automated video analysis. A camera pan across a racing circuit, a football player turning…
Bringing ReCAP Intelligence Into Adobe Premiere ProVideo editors work inside a demanding environment where creative decisions, technical checks, and content management often happen at the same time. Adobe…
Using ReCAP to Analyze Video Keying Quality for Green Screen ShotsGreen screen compositing is often judged by its final image, yet many keying defects begin earlier in the production chain. Uneven lighting, fabric wrinkles,…
ReCAP For Detecting And Counting On-Screen Text CrawlsBroadcast video contains far more information than the spoken soundtrack. Headlines, breaking-news banners, stock-market strips, election results, sports…
How ReCAP handles video with timecode discontinuitiesVideo analysis depends on a reliable relationship between frames, timestamps, and the events shown on screen. In a perfect file, timecode advances steadily…