Energy Efficient ICT TRIZ Cases

A multicore processor conveys cache invalidation data through sequential narrower packets rather than a wide concurrent interface.

A LIN slave node control system dynamically activates processing and sensor modules based on bus signals to minimize energy expenditure.

An asymmetric handshake mechanism manages independent data rate transitions in Ethernet networks to optimize energy efficiency.

A remote application manages input/output devices by detecting connection requests and transitioning them between power states.

A server analyzes user schedule data to automatically switch multifunction printers between standby and power-saving states.

A processor architecture uses stage-by-stage power switches controlled by a latency-measuring controller to manage power states.

An intermediary emulator converts position data into CRT-compatible sync signals, resolving display technology incompatibility without host computer retrofits.

Integrating a dedicated logic layer inside a stacked memory package executes reduction and scan operations locally to minimize host processor data transmission.

Index tables store network traffic data with sorted pointers to enable rapid time-aggregated results.

Baseband subsystem monitors device location to activate the application subsystem only within defined geographic regions.

A network gateway manages LAN terminal devices through a persistent point-to-point connection.

A power control apparatus accumulates instruction energy values to assert throttle signals that constrain processor activity.

A system coordinates power modes across processing units using interconnect monitoring to optimize energy distribution.

A PCI Express signal detection circuit uses a peak detector and comparator to identify valid data sampling points based on amplitude thresholds.

A network device measures port usage data to estimate bandwidth requirements and directs video streams to the least loaded physical ports.

A local clock frequency gauging method corrects sampled data timestamps using satellite reference signals.

A mobile device scans radio frequency channels using passive and active modes to identify regulatory domains.

A portable game console features twin backlit LCD screens with one touch-sensitive display managed by a single three-dimensional image processing unit.

A dynamic link aggregation system applies per-flow policies to packet streams.

A bus interconnect arbiter routes memory access requests to distinct volatile or non-volatile segments within a heterogeneous memory system.

Equalizer system adjusts GPU thread concurrency and frequencies based on real-time hardware counter data.

A display panel integrates light-receiving elements adjacent to display pixels for position detection.

Hardware apparatus varies supply voltage to trigger processor interrupts, eliminating software table inaccuracies and reducing power consumption.

A cooling device estimates failed sensor temperatures using functional data and exhaust air measurements to calculate optimal fan speeds.

A baseboard management controller enforces power caps by forcing device power state reductions.

Replacing hardwired state machines with a dynamic microcontroller improves command flexibility and reduces power consumption.

Dynamic core affinity directs network packet processing to active processor cores while parking unused units in low-power idle states.

Shared analog-to-digital converter modules detect wideband interference, reducing circuit size and cost while maintaining receiver sensitivity.

Client-driven state machine adjusts polling frequencies to optimize serial bus activity and power consumption.

A router classifies established end-to-end connections into groups to transmit data packets through suitable tunnels.

Processor selects optimal low power resource modes based on current operating conditions and expected idle time.

Micro-controller disables touch panels via lid detection modules before physical contact occurs, preventing unwanted input signals during closure.

A unified IO controller consolidates host interface PHY and MAC logic to serve multiple wireless functions, reducing pin count, power consumption, and die size.

Multi-mode wireless device receives alternate radio access technology network information from an initial network to enable faster registration.

A bidirectional serial circuit configuration uses a wake-up switching device to activate sensor and actuator halves without quiescent current.

MME nodes process partial failure notifications to coordinate selective PDN connection re-establishment during idle mode signaling reduction.

A processor generates an idle mode signal to drive a memory data retention node, placing the RAM in a low power state automatically.

Dynamic interconnect gating powers down circuits between fetches to resolve the contradiction between low power consumption and high scaling performance.

A global storage pool manages virtual machine data portions across processing cells connected to a high-speed interconnect.

A configurable multi-use Ethernet PHY adjusts transmission rates based on link characteristics.

Periodic advertising windows allow devices to wake only during designated periods, reducing network overhead and power usage.

Summarized network topology parameters bundle inter-domain links to accelerate path computation in optical networks.

A runtime system schedules codelets across processing elements to maximize resource efficiency.

A transmitting device selects between handshaking and direct modes based on destination node power source type.

Dynamic memory performance state transitions adjust core frequency to resolve computing speed versus power consumption trade-offs.

An energization switching unit activates only necessary controlling units for firmware replacement, preventing processing delays and reducing power consumption.

A hybrid computing device uses a low power processor to manage peripheral functions and switch control to a high performance processor for demanding tasks.