A processing system determines optimal rejoin points in live media broadcasts using weighted attribute values and machine learning.
A local server delivers encrypted media to client devices without decrypting or re-encrypting content.
Server compresses and marks information push bitstreams to integrate data into live video without disrupting playback.
An AV synchronization system aligns pre-encode and post-encode media streams to determine audio and video offsets for continuous monitoring.
A live streaming processing system acquires information from target and associated rooms to display comparative results on a single interface.
A display device controller updates logging configuration information received through a network interface to collect application operation logs.
A client device receives a switching signal from a video server and transitions from linear to personalized streams after the current video finishes.
A remote storage digital video recorder assigns media copies to users only upon request, reducing disk usage.
A preview channel automatically plays video stream previews, resolving complex interface navigation by enabling intuitive program switching.
Server enforces time-based restrictions on trick mode playback to eliminate client-side storage requirements.
A reception apparatus obtains first meta data including class information to control reproduction of service components across multiple modes.
A set-top box intercepts emergency alert messages for local storage and subsequent playback.
Segmented media representations with time references allow seamless playback by adapting bitrates to network conditions without interruptions.
Inserting priority tags into subtitle packets enables precise display selection during variable speed playback.
A live stream management system generates generalized audience engagement metrics alongside video feeds for presenter display.
A smart TV interface enables direct channel editing via remote arrow keys.
An electronic service guide generates linkage data to enable seamless switching between broadcast services.
Resizing and locking dynamic card objects reduces interface complexity while maintaining service variety.