Selective Content Distribution TRIZ Cases

Image analysis assigns unique codes to each display, letting one remote control multiple screens without clutter or user confusion.

Target-specific prompt cards make session messages easier to distinguish and view quickly, improving timeliness without overly complex display logic.

A unified resource list and exchange flow expands live streaming beyond text and emoticons into songs, props, and task-based interactions.

Predefined question options let viewers send one-click queries in crowded live rooms, improving interaction speed and reducing manual input.

When sound is muted, the playback device stops audio segment downloads and uses buffered substitutes to preserve playback while cutting bandwidth.

By merging STB and gateway functions, this case shows how DLNA-to-IPTV playback cuts operator costs and user IPTV maintenance.

Rendered frames are split in the cloud into display-specific streams, cutting network traffic while keeping thin clients synchronized.

When train CDN links degrade, a streaming agent swaps in cached or AI-generated surrogate segments to keep onboard playback continuous.

When the same app exists on both display and service platforms, version comparison routes execution to the newer instance and simplifies user choice.

A context adaption engine customizes on-demand video scenes and dialogue to user profiles while preserving the original content.

Embedded format metadata lets parsers handle uncompressed image and video files without prior format knowledge, enabling flexible extraction.

GPU offloading moves packetization, FEC, and encryption from the CPU to cut latency and CPU load in multi-stream video delivery.

Priority marking converts RTP, DSCP, and link-layer cues into QoS handling so wireless networks protect I-frames during congestion.

A video stream reminder shrinks playback from a large area to a smaller window with prompt text, improving anti-addiction notice and transition smoothness.

Network-based account tier association unlocks higher-resolution and ad-free media access on establishment networks without changing the user's account.

Aggregating watch histories across streaming services improves recommendations while avoiding separate app execution to cut power and processing use.

Predicting likely video selection enables preloading tags, cache, and player setup to cut online playback latency without wasting resources.

Automatically detects viewer distance and identity to apply personalized display settings, improving content presentation without manual adjustment.

Shorter, more reliable final packet segments cut retransmission penalty and latency on intermediate links while preserving throughput.

Initial cache bitrate is set from historical rates and available memory to preserve stream quality without cache overflow or wasted hardware capacity.

Dynamic certificates and security keys based on a mobile terminal address enable secure mirroring without manual pairing delays.

Precomputed leaderboard retrieval gives viewers clearer event room context while limiting live streaming system complexity and request friction.

Threshold-based encapsulation sends larger CMAF fragments over L4S and QUIC to cut OTT ABR latency, buffering, and playback stalls.

Token-based authorization caching cuts repeated front-end and back-end checks for streaming requests, reducing network traffic and processor load.

Multiple card regions let users open shared videos or related object pages directly, shortening the push path and enriching accessible content.

Local OCR on images of on-screen output identifies apps and content without server fingerprinting, cutting latency and compute load.

Balances linear and streaming ad delivery with historical impression models to meet guarantees and reduce under- or over-pacing.

A trained model sets material position, size, and angle from image content to avoid blank areas, overlap, and uneven visual layout.

Cloud rendering splits each frame into display-specific streams to cut network traffic and keep multi-screen playback synchronized.

Modified manifests and period-based segment locators avoid timecode conflicts and enable smooth media insertion during content breaks.

Rights holders can define clip start and end points and share controlled links to give different audiences access to specific video portions.

Recommendation cards add live event info and progress-based controls so users can track topic-related events without cluttering the interface.

By showing bullet-screen input only after pause, the interface stays clear during playback while comments match the exact video frame.

Combines primary and associated video streams in one live room to expand event commentary content without breaking permission controls.

Relay devices distribute shared screen data across PAN or LAN links, easing main-screen load and supporting stable reverse mirroring to more displays.

Event-triggered stream analysis lets a set-top box adjust audio settings by content genre while limiting processing load and power use.

Preprocessed secondary content and metadata-driven stitching enable interactive streaming without buffering while preserving measurement and viewability.

Editing states on a special-effect detail page let teams reuse and customize prop templates, reducing production complexity and improving efficiency.

User-defined tolerance levels let media playback adjust targeted content amount and type, balancing ad revenue with viewing consistency.

Uses people meter models to convert tuning session duration into more accurate media presentation time, even when devices are on without viewers.

Viewing history, elapsed time, and user preferences are used to remove repeated recaps and credits from back-to-back episodes.

By detecting stream delay and showing prediction polls before key events, delayed viewers can still participate and get timely result feedback.

Historical code rate mapping keeps video playback stable when network speed prediction algorithms change, reducing lag after switching.

By fusing interaction logic into an interactive track, this case enables interactive video rendering without extra data channels or terminal overhead.

Elapsed-time scheduling spaces supplemental content fetches across livestream viewers, avoiding demand spikes and missed items.

An inclined internal optical sensor uses a side opening to capture images while reducing visibility, thermal stress, and external camera hardware.

Playback devices detect IP lease conflicts, request new addresses, and keep multi-room audio stable and synchronized.

QR-based key setup and service history mapping let a remote quickly assign programmable keys to media services with minimal user input.

Quality-aware profile selection cuts peak-time bandwidth cost while preserving perceived video quality and reducing rebuffering.

Telemetry-driven QoE control limits one service's bitrate to preserve bandwidth and maintain audiovisual streaming quality under variable OTT network conditions.