Energy Efficient ICT TRIZ Cases

A processing unit calculates program power usage by correlating performance counter event frequencies with pre-measured energy values.

An intelligent mobile transponder autonomously navigates to optimal relay positions by analyzing signal characteristics from multiple communication modules.

A resource management system prioritizes interactive tasks while delaying non-interactive ones to maintain responsiveness.

A power consumption controller manages data backup operations in portable systems.

Liquid crystal display devices detect touch input through electrostatic capacitance changes in the liquid crystal layer.

A temperature feedback control system adjusts chip voltage and frequency based on real-time thermal data.

A control circuit switches a central processing unit between normal and idle modes to manage thermal conditions during overclocking operations.

A wireless decoding apparatus gates turbo decoder activation using packet format thresholds to minimize modem power consumption.

Default slave IP blocks receive call signals during power transitions, reducing SoC energy consumption while maintaining reliable operation.

Serving base station adjusts downlink transmission power using terminal interference reports to mitigate co-channel noise.

A memory controller requests and utilizes dedicated memory spaces through a device driver intermediary.

Modified command language interface injects aggregate routes using the default gateway as the next hop.

A token protocol link returns to a quiescent state after transmission using even transition encoding.

An adaptive controller adjusts voltage supply based on error rate history from a canary circuit to minimize power consumption.

Dynamic sensor activation and complementary voting improve gesture recognition accuracy while reducing power consumption.

Logical APIC IDs direct interrupts to specific processor clusters, reducing unnecessary wake-ups and interconnect traffic.

Access points adjust transmit power per RF domain identifier to reduce inter-tower interference while maintaining full power for non-overlapping services.

Throwback routers reroute undeliverable packets to alternative tier 2 nodes, resolving routing complexity and enhancing fault tolerance in folded Clos networks.

A transceiver chip detects designated packets and generates a notification signal to switch a processing circuit from sleep mode to normal mode.

A clock signal control circuitry stores a delay value to adjust switching timing between operational and sleep modes.

A power saving circuit uses a variable resistor and switch to control processing module power supply.

Physical layer devices exchange diagnostic capability information through auto-negotiation protocols to coordinate link operations.

Iterative clock frequency slewing adjusts memory system timing while pausing operations to allow delay-locked loops to relock at intermediate steps.

A cache system uses a hashing module to generate index values for way information storage in a prediction table.

Virtual network devices transmit master status information across link aggregation bundles to maintain connectivity during component failures.

A link bundle node substitutes failed component links locally to restore traffic engineering label switched paths without signaling other nodes.

Virtual ports migrate connectivity from physical interfaces to shut down unused hardware and reduce power consumption.

Pre-evaluated clock gate enable signals synchronize memory input registers, reducing dynamic power consumption without violating setup timing requirements.

A network configuration system uses transient settings and LLDP data to automatically assign operational IP addresses based on device location.

A resource actuator control system uses physics-based models to determine optimal settings for energy supply.

A timing control circuit synchronizes data transfer between a high-speed bus controller and low-speed peripheral circuits using clock signals.

A branch prediction unit tracks fetched instruction data to selectively power down when no branches are present.

Virtualized control threads assign specific processing groups to main elements, reducing continuous leakage current in stand-by sub-processing elements.

Segmented buffers prevent packet overwriting and response delays when switching from power saving to normal mode.

A terminal classifies applications by delay sensitivity to configure distinct packet transmission patterns.

A memory device uses a passive variable delay line to manage data timing without internal phase locking circuitry.

Adapting transmission power and clear channel assessment thresholds in wireless networks to optimize signal delivery.

Environmental forecasts guide dynamic load distribution across modular data centers, reducing power consumption without increasing operational complexity.

An internal timer and on/off circuitry automatically power up a portable electronic device before scheduled calendar reminders, preventing missed alarms.

A wireless communication terminal dynamically adjusts its channel bandwidth to optimize signal transmission and reception.

A workload management system migrates jobs to reduce power consumption in compute environments.

Synchronizing sensor clocks with processor timing eliminates redundant polling and reduces energy consumption in mobile devices.

Host processor manages WLAN packet reception via polling mechanism to reduce processing load during peak network traffic periods.

Operating system monitors core utilization and dynamically adjusts frequencies to maintain processing bandwidth within thermal budgets.

Preliminary health checks detect remote system unavailability, preventing queue buildup and delayed outage detection.