Energy Efficient ICT TRIZ Cases

A universal power sequencing circuit uses programmable switches and delay components to control output rail timing.

A self-programming slave device controller dynamically adjusts configuration parameters based on real-time operating signals.

A temperature controlled mouse uses thermal detection to manage power states and prevent accidental activation.

An HPC application management component characterizes workloads and benchmarks platform capabilities to select optimal execution environments.

A register analysis unit identifies changeable registers to reduce bit switching frequency in microprocessors.

Analyzing frequency components of packet time delays to determine network congestion states.

A multi-tier storage system migrates data across memory devices to maintain inactive states and reduce power consumption.

Segmented power chips linked by a master bus resolve heat dissipation limits while maintaining centralized control over distributed resources.

A dynamic memory refresh controller reorders master requests using a FIFO scheduler to align refresh triggers with bank idle states.

A power allocation strategy limits performance of computational units based on individual sensitivity to frequency changes.

Unified power domain enables dynamic sharing of power budget between processor and memory modules.

Probabilistic model fuses sensor measurements and system signals to determine device context, reducing energy consumption while maintaining accuracy.

A timer circuit generates fast interrupt signals to activate subsystems based on scheduled events.

A display processing system visualizes server failure status and energy efficiency data to support operational decisions.

User terminals autonomously select circuit switched capable radio access technologies using stored PLMN data.

A frequency target monitor tracks processor core deviations to enable independent voltage regulation.

A wireless computing device establishes a dedicated side channel to transmit control commands alongside audio-video content streams.

User equipment transmits power and buffer data via dedicated control channels, reducing interference and power consumption from unnecessary signaling.

A weighted port selection table directs traffic through faster links in a link aggregation group, bypassing IEEE 802.3ad uniform speed constraints.

An NFC device harvests radio wave energy to transmit its power-supply state information without user intervention.

Hardware power control unit adjusts processor core clock frequency based on real-time thread utilization metrics.

Portable emergency device conserves battery power by deactivating the GPS module and entering sleep mode while within base station proximity.

A Mobile Direct Self Service application executes VoiceXML locally on smartphones to manage multimedia interactions and contact device connections.

A secondary power source supplies temporary energy during disk drive spin-up to reduce peak load on the main distribution network.

Direct coupling of processor voltage regulator and system clock generator eliminates response delay from mismatched adjustments.

A subcarrier allocation mechanism assigns data to scheduled and preassigned channels in a wireless communication system.

Separate voltage and current supplies for transmitter driver and predriver circuits optimize data rate while reducing bit error rates.

Multiple hardware performance monitors measure delay variations across distinct threshold voltage logic libraries to drive an advanced power controller.

A storage controller powers down inactive drives to reduce energy consumption in data centers.

Delegates information management tasks to external servers, reducing central load and improving scalability.

A memory interface switches storage to standby mode between read and write commands.

A datacenter broker evaluates server operating capabilities and hosting costs to migrate logical partitions, reducing resource allocation inefficiencies.

A digital interface circuit detects signal logic states to automatically switch between communications bus and hardware control modes.

Extended guaranteed time slots allocate independent channels to nodes beyond one hop, reducing transmission delays caused by long inactive durations.

A dynamic frequency adjustment system monitors processor performance to determine optimal operating speeds.

A rate adjustment module aggregates bandwidth requirements from multiple processors to determine an optimal transmission rate for a shared data interface.

Multi-lane serial links transition individual lanes to low power states while keeping others active for data transfers.

A bandwidth policing apparatus accumulates packets from multiple user groups in a single shared FIFO to enable high-speed flow control.

Enhanced neighbor cell information enables user equipment to acquire subframe-specific data for precise downlink and uplink measurements.

A routing control processor anchors data sessions to specific line cards based on ingress process information.

An installation cache holds data during loading to provide low-latency access before the L3 cache finishes filling.

Active nodes cache messages for sleeping controllers, preventing state loss during low power quiescent periods.

Dual-voltage tolerant DRAM modules switch between 1.5V and 1.35V to reduce power consumption during idle periods while maintaining full performance under load.

Dynamic switching between integer and non-integer chip rate sampling resolves the power consumption versus measurement accuracy trade-off in GPS receivers.

Greedy algorithms select a small subset of component carriers to maintain scheduling diversity while lowering power consumption.

A low-power engine processes audio input to recognize wake phrases and verify speaker identity before full device activation.

Dynamic token checkout sequences stagger data storage device startup currents, resolving the trade-off between high density and limited power capacity.

A performance monitoring system calculates net useful work by subtracting non-useful activity contributions from total metrics.

A digital power monitor estimates chip consumption via weighted enable signals.

Communication client extracts IP telephone numbers from servers and transmits them to connected devices for automatic login.