Two-Way Working Systems TRIZ Cases

Analog receiver extracts xlet addressing data from vertical blanking interval signals to request interactive applications.

A content placeholder marker enables pause and rewind on non-DVR devices by storing a position reference in memory.

A server identifies the latest streaming point and generates a video segment playlist to enable session transfer between devices.

A streaming media device connector directly engages television leads to provide internet access.

Guide loader detects region data to install correct software stack, eliminating manual tracking complexity.

A streaming server retrieves stored parameter values to generate configuration instructions for client devices.

A TV-based video calling device connects to televisions via HDMI and uses a remote control button to initiate calls.

RTCP packet analysis detects video pauses without explicit signaling, resolving ambiguity about call states after resumption.

Host placeshifting device produces personalized television channels via backend server to resolve network resource consumption during multi-client distribution.

A video comment system reuses template DOM elements to generate display objects.

A digital video recorder detects a remote device's position to automatically transmit program data for continuous viewing.

A predictive positioning agent calculates target positions to advance or rewind streaming programs on user devices.

Communication terminals extract embedded test codes from video frames to measure resolution and frame rate.

A streaming platform coordinator manages redundant media workflows across multiple video processing platforms to ensure high availability.

Ad platform service receives video ad policies to generate manifest instances that determine ad selection and timing.

Separating quality metrics into dedicated tracks reduces file structure complexity while maintaining accurate associations with encoded segments.

A reception apparatus extracts trigger information from digital television signals to control application program execution.

A streaming platform coordinator manages timing offsets to synchronize multiple video streams across distributed workers.

A data processing method transforms video content based on user operations to enhance communication interactivity.

A media gateway device caches files via multicast streams to serve client requests over HTTP unicast connections.

A communication terminal transmits coordinate and timing data to a search server for retrieving object information.

Segmenting service event information into a dedicated discovery record reduces network burden and enhances hybrid service provision efficiency.

A virtual operation interface overlays a video call stream to display synchronized remote control actions.

Predicting future video frames allows a media player to request them in advance over parallel connections, reducing network latency impact.

A telepresence device uses a detachable transceiver port to link wirelessly to a headset, reducing computational overhead from multiple peripheral connections.

A digital media room system transitions between solo and shared sessions for users.

A system generates representative phrases linking popular keywords to specific broadcast programs.

Centralized headend servers record broadcast programming upstream from subscribers to enable on-demand time-shifting without personal DVR hardware.

A multimedia access system detects playback position and offers synchronized additional content.

A QoS module drops queued frames before transmission to maximize bandwidth usage.

A media server interconnects head-mounted user devices with viewer devices across a data network to enable real-time transmission of live first-person video content.