Energy Efficient ICT TRIZ Cases

A power budgeting manager dynamically allocates energy among system components to maintain operation.

A capacity forecasting system predicts storage needs using statistical modeling and predictive analytics.

A graphical user interface provides actuation, color, and brightness controls to define lighting patterns for embedded devices.

A master PHY mirrors PoE registers across a single isolation boundary, reducing system complexity and cost while maintaining reliable communication.

A multi-mode terminal dynamically configures its working mode based on the camped network to support simultaneous operation across multiple communication standards.

A data patch kernel prepares multimedia work items beyond boundaries while a processing kernel executes arithmetic operations.

A control device selectively supplies power to an authentication unit in an image forming apparatus based on job requirements.

A solar energy harvesting system uses a microcontroller to detect voltage and current for dynamic maximum power point tracking.

Dynamic pacing of read commands prevents buffer overflow when processor frequency drops, while write handshaking avoids underflow.

Arbitration circuit coordinates chip-enable requests across multiple control circuits to reduce peak current consumption during simultaneous command execution.

Virtualization layers remap volumes based on I/O behavior to reduce storage power without data migration.

A multilayer input output device combines an electrophoretic display layer with a transparent color display layer to enable selective high frame rate operation.

A network interface control unit switches operation modes based on communication amounts for specific data types.

Diagnostic pair selection and dynamic activation maximize transmission speeds while reducing implementation costs and energy consumption.

Electronic device selects target display region from multiple planes using spatial detection to optimize content orientation.

A data flow controller selects operating conditions to enable dynamic switching in reconfigurable computers.

A data access management apparatus calculates non-access proportions to generate enabling signals for storage units.

An asynchronous termination scheme adjusts resistance values dynamically to reduce turnaround time and lower power consumption.

Distributed microcode coordinates multi-core power states via sideband signals, reducing die size and scaling limits of centralized hardware.

A heterogeneous network transmission apparatus divides data into chunks and assigns them across multiple interfaces based on calculated priorities.

Digital VR controller selects IPstage configuration files to enable two-stage calibration for multi-phase power systems.

A fan controller adjusts cooling speed based on processor temperature to minimize total system energy usage.

A universal memory bridge chip with Through Silicon Vias connects semiconductor chips featuring different interfaces, reducing design area and process costs.

Virtual routing devices dynamically allocate buffer space to regulate quality of service across diverse data types.

Diode isolation prevents current backflow between USB inputs, ensuring stable power delivery without damaging the circuit.

A remote water meter harvests electrical energy from flowing water to power sensors, eliminating battery replacement constraints.

A media access controller manages shared bus access through selective clock signal provision.

Dynamic proximity sorting maps 3D depth onto a 2D list, resolving the density bottleneck in large object catalogs.

A data transfer system routes information through intermediate relay devices to extend network coverage.

A graphics driver manages display buffers to switch between integrated and discrete GPUs without rebooting.

A disk rotation control part adjusts drive speeds based on query plans to manage energy usage in storage systems.

Multi-dimensional bin packing optimizes LPAR placement across servers, resolving resource allocation inefficiencies caused by single-metric consolidation.

Processor defines routing interfaces to map MAC addresses, bypassing silicon trunk limits.

A low power multiple channel mixing architecture scans center and side channels using parallel direct conversion and Weaver receivers.

A migration engine transfers virtual machines to available physical resources when a host enters a lower power mode.

A sensor detects nearby communication device radiation to trigger low-power signal transmission for location determination.

A data processing apparatus shifts directly from a suspended state to power-off without returning to standby.

A computing system adjusts power states by measuring work-loop performance and determining derived completion times.

A cluster power management system adjusts computational capacity levels based on predicted demand.

Dynamic power cycling identifies wireless adapters for automated zone assignment, reducing manual configuration errors and lowering retrofitting costs.

An image processing device manages cloud server connections to enable remote job execution from terminals.

Standard network controllers detect specific MAC addresses to enable wake-up functionality without specialized hardware, reducing standby power consumption.

A dynamic classification system matches traffic flows to abstract groups for consistent service delivery.

Segmenting sub-carriers into tone groups reduces memory complexity while enabling dynamic power state transitions.

A dedicated communication unit transmits periodic heartbeat packets to maintain NAT channels without waking the main CPU, reducing power consumption.

IO buffers operate on an independent power supply system surrounded by always-on and cut-off areas to maintain output states during deep standby mode.

A profiler module aggregates network traffic data into a correlation database, enabling security devices to detect policy violations without manual analysis.

Dynamic power state adjustment reduces thermal dissipation and energy consumption in data center storage arrays while maintaining data access efficiency.

User driven frequency scaling and process driven voltage scaling adapt processor power management to individual needs.