Energy Efficient ICT TRIZ Cases

A DSL modem reduces active communication tones to conserve battery energy during low power events.

Storing page attributes in cache lines reduces translation lookaside buffer access frequency and lowers power consumption during address translation.

Skewing bus duty cycle minimizes current flow time, reducing DC power consumption without compromising data transmission speed.

A response device enables direct data transfer between its communication unit and storage unit without intermediate memory buffering.

A filter driver monitors storage device states to shut off power during idle periods, reducing battery drain in portable systems.

A multi-die package uses a universal interface to transport control signals and memory transactions across dies.

Override key ports automatically enable scheduled PoE groups when devices connect, resolving the conflict between energy savings and user accessibility.

A multicarrier communication system selects carriers and modulation methods based on measured signal-to-noise ratios and line balancing.

Queuing models allocate server power dynamically to minimize mean response time while managing fixed energy budgets.

Mobile Data Digital Interface protocol segments data into packets to resolve the contradiction between high data transfer rates and low power consumption.

Dynamic frequency adjustment across heterogeneous cores balances processing performance against power consumption within defined thresholds.

Probes activate based on aggregated traffic policies to generate test packets, ensuring monitoring reliability without degrading network performance.

Audio Video Bridging timeslots schedule energy-efficient networking transactions, reducing power consumption while maintaining high data rates.

Segmenting DMT tones stabilizes network operations during power transitions by managing crosstalk interference between lines.

A storage array separates read and write cycles to spin down hard drives during idle periods.

A power management system reconfigures computer clusters by selecting optimal node configurations.

A QoS agent generates resource envelopes to meter application usage.

Independent power conversion units adjust supply voltages per core, reducing leakage currents and heat generation caused by uniform voltage distribution.

Detecting peer VLAN registration protocols prevents incorrect traffic pruning when interconnected switches implement different network standards.

An embedded field programmable module merges with an ASIC to resolve the trade-off between communication adaptability and external component complexity.

Segmented schedulers and service level thresholds resolve the complexity trade-off in grid resource allocation.

Applying non-lossless compression to pixel data during user inactivity minimizes memory transfers, lowering power consumption while preserving display quality.

Reserving nonvolatile buffer memory stores firmware updates that apply automatically during spin-up, preventing system disruption from offline maintenance.

A hybrid networking switch merges server and switch functions into one rack enclosure using midplane adapter cards.

A memory module limits a signal line voltage to an intermediate level to indicate a busy condition while receiving clock signals.

Dynamic scheduling of data-parallel workloads across hybrid server and accelerator resources satisfies high-throughput computing service level agreements.

A network control system adjusts traffic rates using backwards congestion notification to mitigate link oversubscription.

LAG nodes exchange service assignment digests to detect mismatched configurations and enforce congruent service hand-offs on predefined default links.

Segmented local reference generators with feedback loops eliminate current mirror distribution networks, reducing output signal swing variations by 80%.

A touch sensing circuit switches between AC and DC voltage modes to conserve power while maintaining detection capability.

Segmenting interference sources and applying correction coefficients improves estimation accuracy in bursty traffic conditions.

A display buffer captures rendered images from a discrete graphics unit for output through an integrated converter.

A mobile terminal device adjusts scanning frequency based on user movement and radio quality indices to optimize roaming operations.

Separate in-phase and quadrature power amplifiers isolate signal paths, reducing harmonic emission and improving antenna matching.

A low power serial interconnect uses 8b/9b encoding and a multi-drop bus structure to reduce pin count.

Segmented timer interrupts manage staggered core idle transitions, reducing power supply transients by 30 mV and improving operating frequency.

A snoop control storage defines multiple schemes to tailor cache coherency checks based on access request properties.

A command line environment establishes persistent sessions with multiple remote nodes to initiate concurrent command execution.

A hardware detector senses D+ and D- line voltage changes to identify USB port types before the controller activates.

A chip circuit module controller allocates power limits based on temperature data to manage thermal constraints across integrated processors and network components.

A system-wide power management daemon provides an API to retrieve process activity status data from kernel logs.

A light control module adjusts the frequency of a light emitting unit by inserting impulses between emission cycles.

Mapping logical block addresses to drive information areas enables frequent temperature polling without aborting I/O commands.

Segmenting protocol handlers for LLDP, OAM, and LACP enables accurate connection identification while managing system complexity through modular design patterns.

A power consumption simulator models multi-function printer behavior to estimate energy usage across operational states.

An element manager collects connectivity information from network elements using layer-two control protocols to determine network topology.

Dynamic sampling rate adjustment reduces power consumption during high displacement movements while maintaining detection sensitivity.

A flow record restriction apparatus aggregates stored records to maintain a predetermined transmission count.

A vehicle microcomputer system disconnects a high-accuracy power supply circuit during sleep mode to conserve energy.