Selective Content Distribution TRIZ Cases

Separate HA and LA streams, then prioritize foveal traffic for lower latency, higher reliability, and efficient AR/VR delivery.

Multiple copies of marked advertising frames in pre-generated trick files preserve impressions during fast-forward and rewind.

A set-top box keeps transcoding and the session active after client exit, enabling seamless reconnection without an engine restart.

Key-event thumbnails preview selected scenes and let users jump directly to playback positions without frame-by-frame scanning.

This case integrates ad selection, CDN asset retrieval, and splicing to support precise, scalable insertion across media streams.

This case unifies streaming-service content search, device selection, and playback to reduce navigation friction across platforms.

Pre-encoded and live segments support dynamic ad insertion and format conversion for lower-cost broadcast distribution across locations.

A media adapter bridges device ecosystems by intercepting, separating, and redirecting channels for positional audio.

The case extends NBMP with sequence-vector metadata that segments multidimensional media for independent parallel workflows and reassembly.

A navigation-bar layout places followed creator images first, helping users find recorded or live updates without screening.

Access tokens secure collaborative playlists while scheduled policies automate permissions.

Short media segment chunks with structured identifiers enable faster playback startup and efficient retrieval across changing bandwidth.

This case combines panel and proprietor data to correct demographic bias, misattribution, and duplicated audience counts.

This case keeps image data flowing to a second display after shutdown is signaled, then enters power saving when transmission ends.

DACIS adjusts buffer duration and inserts targeted or customized content into per-client live streams based on viewer preferences.

A splice point controller detects timing misalignments and adjusts multicast video boundaries to improve transition quality.

Reception-time calibration and playback feedback synchronize audio/video across master and slave devices, reducing jagged splicing.

Watermark-triggered PIP switching pre-caches substitute media segments for precise timing and sustained visual quality.

The VDE approach segments video and schedules background downloads using user behavior and network conditions for seamless playback.

A compact pop-up card separates related information from video playback and lets users switch details without losing viewing space.

This case separates picture and audio metadata so machine learning can prepare TV settings before playback without disrupting viewers.

Combine live inputs and pre-encoded assets to create channels at lower infrastructure cost.

Beacon streams signal manifest changes so user devices fetch and present timely secondary content without costly local transcoder equipment.

Pre-synthesized real and virtual viewpoint segments let terminals select needed media, reducing bandwidth use and view-switching delay.

The system extracts conversational catchphrases to personalize media recommendations while reducing broad data-processing demands.

A demuxer routes DRM-sensitive I-frames through unicast and non-I-frames through multicast or peer-to-peer delivery.

Pre-generated manifests deliver VOD playback immediately while reducing SSAI session duration and supporting dynamic ad insertion.

An analysis and scoring engine evaluates audio around markers to place content with less disruption to media continuity.

A coordinator distributes multichannel generative audio locally, reducing cloud recalculation delays during dynamic playback.

Adaptive requests and early termination balance multi-server throughput while reducing redundant traffic and head-of-line blockages.

This case uses trigger-based image enlargement in linked livestream rooms to focus viewing while retaining interaction context.

Virtual machines replay candidate media and compare generated signatures with reference assets to improve media crediting accuracy.

The companion device requests time-matched metadata manifests, avoiding heavy metadata encoding and decoding on the media device.

This case embeds anchor-enabled function IDs in video data so audience terminals load interactive components without missed server notices.

This case maps user subscriptions and comment types to display areas and directions, clarifying opposing viewpoints in live rooms.

A content direction device removes banner overlays from video and sends them as messages through a viewer's preferred channel.

This case interleaves multiple video streams and uses sync signals for independent viewing at the original frame rate.

A media device uses BLE scans, direction, and distance to count nearby viewers in real time without survey-based tracking.

This case uses target captions during progress-bar movement to improve context while avoiding playback jumps from frame decoding.

This case uses segmented video sharing cards to open video or associated object pages from the selected card region.

Spatially segmented trigger regions route gestures to hidden components or video functions during playback, improving interaction accuracy.

A base-station scheduler mediates adaptive video rates to reduce oscillations and protect fair resource use across users.

This case uses EDID and DPCD flag exchange to distinguish Adaptive-Sync versions and guide compatible DisplayPort synchronization.

The interface changes a component's appearance after deliberate user actions, improving ad trigger accuracy and preventing unwanted access.

A permanent and temporary database lets an aircraft multimedia server cache requested files while preserving storage for broader catalogs.

Event detection and stored video messages help viewers follow multiple programs without constant channel switching.

Protocol-specific output groups support fixed and variable segments, reducing duplicate encoding for live-stream ad insertion.

A hybrid network uses parallel IP and non-IP paths with automatic failover to preserve critical source-to-destination communication.

A graphical interface segments panoramic video views, combining manual targets and object tracking to record and edit viewing directions.