Energy Efficient ICT TRIZ Cases

An intermediary PoE accessory adds power delivery capability to legacy computing devices without requiring hardware upgrades or increasing manufacturing costs.

A computing system manages thermal loads by deferring background tasks to low power states.

A virtual appliance manager configures and throttles CPU, GPU, and I/O resources based on priority to prevent over-subscription.

A communication box activates WLAN control portions only upon receiving a start request from a child unit.

A computer system divides processing into display and storage portions to manage power states during image reading.

A GPU memory controller switches between error checking and non-error checking modes to optimize data access paths.

A wrapper provides infrastructure for dissimilar processing functions in reconfigurable computing systems.

A context switch controller manages transitions between instruction execution modules with differing power characteristics.

Sequence detection of idle symbols replaces energy measurement to eliminate false transitions from echo and crosstalk while minimizing latency.

An elastic cloud network virtualizes core infrastructure resources into unified pools using hypervisors and virtual machines.

A segmented wireless communication system uses a relay to retransmit signals via low-power protocols.

Border gateway sends overload messages to a Diameter controller that blocks sessions based on reduction percentages.

A semiconductor memory device uses bit inversion encoding to minimize RWBS charging and discharging current.

Segmented handle design eliminates bulky multi-interface connectors, resolving ergonomic constraints while maintaining protocol versatility.

A wireless communication device manages application data transmission between network and external devices using stored license information.

A data storage device uploads working memory data to a host volatile memory before entering power-save mode.

A user-interactive scheme delays print operations until an image forming device exits power saving mode.

A PSE and PD coordinate detection events to verify 4 pair PoE capabilities before enabling simultaneous power delivery.

A dynamic voltage frequency scaling method uses a delay mapping table to control driving frequency levels based on measured load rates.

Firmware manages roaming connections while the host sleeps, preventing unnecessary wake-ups that compromise data transmission reliability.

Segmenting link training into phases reduces complexity while enabling dynamic speed adjustments without dropping the connection.

A continuous scan display system down-converts image bit depth during static periods to reduce memory bandwidth.

A bridge unit translates cache hint encodings between different SoC protocols.

A state control part extends a shift timer period based on consecutive job acceptance failures to maintain normal standby readiness.

A computer control unit segments power to essential devices during motion picture playback.

A network device uses a second control unit and shared storage to maintain communication during power mode transitions, eliminating data copying delays.

A sleep mode transition configures memory controller parameters to enable stable overclocking without full system reboots.

A FB-DIMM to DDR translator enables parallel write operations across multiple independent memory channels.

Active transfer switches manage discrete hardware power distribution across shared secondary feeds.

A low-power microcomputer manages the main power supply in a printing apparatus to reduce energy consumption during standby mode.

Memory mapped write transactions transfer trace data between computing nodes.

A serial data communication system modulates clock signal duty cycle to derive transmit and receive clocks from a single line.

Away button signals user inactivity to resolve maintenance timing contradictions.

A job scheduling system characterizes tasks as hot or cold to determine execution schedules based on user parameters.

A host network interface controller executes remote direct memory access operations via a storage protocol driver.

Motion sensors trigger adaptive signal search algorithms that reduce battery consumption while maintaining communication reliability.

A dynamic spectrum management controller adjusts power spectral density and bit loading in DSL modems.

Destination nodes monitor packet reception and send marked acknowledgement packets to source nodes, reducing biased signaling in high-rate flows.

Ethernet links switch to simplex transmission mode based on utilization and error rates, reducing power consumption for unused components.

Dynamic amplitude adjustment reduces electromagnetic noise and power waste in IEEE 1394b networks by setting minimum required signal levels.

A microcontroller manages operational modes to minimize oscillator and CPU activity during idle periods.

High-efficiency wireless stations determine random access permissions via packet indications to optimize bandwidth usage.

Dual clock generation decouples baseband reference frequencies from transceiver interface speeds, resolving timing conflicts across multiple wireless standards.

A Layer 2 protocol monitors status messages to send reset signals that recycle powered devices without physical intervention.

A wireless communication device uses a waveguide structure and injection locking to transmit signals efficiently.

A network device excludes specific traffic types from link aggregation to maintain processing reliability.

Idle inactive execution lanes during instruction divergence, reducing power consumption while maintaining execution readiness through dynamic lane control.

A publish/subscribe message bus coordinates site gateways and central servers to manage distributed energy assets.

Real-time queue monitoring enables dynamic voltage adjustment, aligning processor resources with workload demands to reduce energy consumption.