Blog

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On-screen QR and data matrix recognition with ReCAP's real-time workflowBroadcast graphics have quietly become one of the richest metadata sources in modern television. From station identifiers flashed in the corner of a news…
How ReCAP classifies video segments by lighting and color temperatureReal-time video analysis has moved well beyond simple face detection. Modern broadcast operations depend on granular, frame-level understanding of what is…
Detecting closed captioning delays during live sports with ReCAPLive sports broadcasting demands split-second coordination between video, audio, and text. When closed captioning falls out of sync, viewers notice…
How ReCAP Flags Repeated Audio Anomalies In VideoIn live television and large media archives, an audio fault can be brief, recurring and difficult to spot by ear. A clipped syllable, burst of static, missing…
ReCAP for Automated Detection of Letterboxing and PillarboxingVideo platforms increasingly combine cinema, television, mobile, and social formats in a single production chain. A programme may arrive in 16:9, include a…
Detecting and logging multilingual subtitles with ReCAPSubtitles carry valuable information about a video’s intended audience, distribution territory and accessibility settings. They may appear as burned-in text…
ReCAP Integration With Grass Valley Systems For Broadcast MonitoringBroadcast operations depend on a chain of tightly connected systems, from cameras and ingest servers to production switchers, playout automation, transmission…
How ReCAP Protects Video Analysis When Frames Are DamagedDigital video files rarely fail in a neat, predictable way. A damaged frame may show blocky patches, frozen movement, missing colour, broken audio…
ReCAP real-time language and dialect classification for broadcast videoAustralia's broadcast ecosystem has long been one of the most linguistically layered in the world. With over 300 languages spoken at home and more than a…
Using ReCAP To Detect Frame Drops In Live ProductionLive video production depends on a steady sequence of frames reaching viewers at the right pace. When frames are lost between capture, encoding, transport,…