Energy Efficient ICT TRIZ Cases

Dedicated synchronization queues transmit MAC address updates across interconnected switches, preventing packet drops caused by data path interference.

Resolves manual configuration errors in data centers by using LLDP to identify device topology and applying pre-stored scripts for accurate, automated setup.

Predicting idle durations allows a controller to select optimal states, avoiding transition delays and preserving architectural state unnecessarily.

Segmenting the display into regions with local quality levels resolves the contradiction between large area and power consumption.

An internal memory circuit stores control data for autonomous touch and display driver management, reducing external host processor load.

Segmenting the bus into dedicated links enables full processor power down without causing impedance mismatches on shared lines.

A storage controller executes host-generated code locally to process data within non-volatile memory before transmission.

A wireless audio system adjusts transmission intervals and channel selection to maintain high quality audio fidelity.

A multitasking method adjusts background application states between freeze and continuous execution modes based on priority levels.

A power management circuit adjusts inactivity duration based on communication speed to trigger low power states.

Dynamic dependency analysis resolves processing bottlenecks by enabling efficient parallel execution across multiple cores.

A segmented search memory mat divides key data into separate regions to enable partial activation during address lookups.

Context memories transmit configuration bits directly to processing elements, eliminating lengthy wire connections that increase cost and reduce speed.

Second control module transmits state information between inactive systems to enable rapid switching without full activation.

Wireless communication devices scan acceptable cells across public land mobile networks to place emergency calls on the cell with highest power.

A controller monitors electronics temperature using a sensing diode and delays operations when thresholds are exceeded.

A terminal handover method uses a pre-configured whitelist to bypass neighbor scanning procedures.

Compressing display data in a GPU frame buffer reduces main memory read operations, lowering power consumption during screen refreshes.

Camera detects user presence to switch display between active and power saving modes, reducing energy consumption by lowering detection frequency when idle.

Storage controller prevents writing invalidated data by receiving unwrite commands, extending lifespan and reducing power consumption.

A detection system analyzes block value frequency deviations in packet data flows to identify specific application sources.

A dynamic power allocation system redistributes power credits among information handling nodes based on real-time usage.

Dynamic voltage and frequency scaling reduces power consumption while maintaining processor performance in portable devices.

A DLNA control point selectively disconnects wireless links after print data transmission to reduce power consumption.

Segmenting communication into high speed PCIe and low power M-PHY protocols resolves the trade-off between data throughput and energy usage in mobile systems.

A virtual hypervisor abstraction layer manages resource allocation decisions between solution managers and cloud infrastructure.

A clock monitor circuit detects operating signal anomalies to enable controlled switching, preventing program runaways when external clocks stop.

A communication data statistical apparatus classifies packets into aggregate flows to update statistical information efficiently.

Segmenting power states into ready, off, and dead levels preserves the kernel in memory to reduce battery drain while maintaining instant activation speed.

Dynamic clock and voltage control synchronizes frame rendering with display refresh cycles, eliminating idle periods that waste energy in modern 3D systems.

A channel estimation module calculates and feeds back CSI components to support coordinated multipoint wireless networks.

Merging traffic state data into group-level metrics reduces memory space and processing power while maintaining routing accuracy.

Aggregation layer devices use MAC address mask matching to forward messages between dispersed network sites.

A mobile device chip uses a direct memory access circuit to transfer audio data independently from the main processor.

Segmented clocks coordinate resume actions to resolve the trade-off between precise timing management and increased device complexity.

A mobile terminal remotely calls a computing entity to parse webpage data and render images via distributed interfaces.

A user-driven configuration system abstracts low-level parameters to simplify energy efficiency policy customization.

A shared execution container enables out-of-band management across all system power states using a dynamic scheduler.

A network switch uses virtual aggregated links to reroute data traffic across active physical paths.

A data transmission method distributes input streams across physical channels within a logical group to maintain unit order without packet modification.

Radio beacons use discrete transmit power levels to estimate user device position via detectable range, avoiding unreliable indoor signal strength measurements.

Internal modify circuitry updates counters within the memory array, reducing I/O bandwidth and power consumption while lowering latency.

Dynamic fan power control prevents heat accumulation on extension cards during server standby mode.

A networked image forming apparatus discards queued packets during sleep transitions to prevent invalid data transmission.

Memory module interface units monitor power states during application execution to resolve the contradiction between processing speed and energy usage.

A storage control apparatus manages disk states to maintain system responsiveness during power transitions.

A network device taps packets and uses a discovery protocol to associate packet identities with port identities for accurate interface mapping.

A dedicated control circuit manages CPU clock supply to enable direct transitions between standby modes without CPU intervention.