Energy Efficient ICT TRIZ Cases

Dynamic clock adjustment minimizes energy consumption while preventing cross-coupling issues caused by abrupt current peaks during activation.

Destination boards exchange group messages to automatically discover optical fiber connections within network elements.

A processor applies weighted factors to cryptographic algorithms to dynamically adjust data processing rates in wireless communication devices.

A MILS distributed processing system manages power consumption by offloading applications across nodes using encoded security profiles.

A mobile computing device adjusts location update frequency based on distance thresholds to conserve battery energy.

A remote console terminal locates misconfigured network devices using discovery protocol frames to determine their MAC addresses.

A coprocessor management system switches power modes based on instruction queue status to reduce leakage.

An event-driven link adaptation algorithm dynamically adjusts PHY parameters using retransmission counts and missing acknowledgements to optimize wireless transmission settings.

A kernel mechanism detects full-system idle state using hysteresis periods and global data structures to disable scheduling clock ticks.

A processor speed control mechanism adjusts operating frequency based on execution time ratios to manage real-time task scheduling.

A network device segments video streams into key and non-key frames to optimize transmission routing.

A DSL modem performs seamless rate adaptation before entering an idle state, storing optimized parameters to avoid time-consuming exchanges during reactivation.

A power management module adjusts processor controls based on workload behavior.

A storage device manages power by analyzing external command patterns to select between centralized and distributed processing modes.

Phase-continuous early paging indicators signal page presence before actual transmission windows.

A display power voltage control circuit adjusts gate and data voltages based on detected frame frequency to optimize pixel charging.

Bluetooth pairing filters unauthorized devices before attachment signaling, reducing network load and preserving battery life.

Coordinator buffers packets during sleep periods to maintain transmission reliability.

A mode control register segments execution modes across multiple program threads in a multithreaded processor.

A power monitor samples logic values from selected signals to calculate a repeatable power estimate number for integrated circuits.

A peripheral command queue stores control instructions to execute alongside data transfers, eliminating interface contention and reducing idle times.

A controller LSI transmits release commands to SPI flash memory before entering low power consumption mode.

A Tree Aggregation Group architecture distributes data across disjoint trees using hashing to balance traffic loads.

An image processing apparatus calculates function execution frequencies to automatically select power saving modes.

Dynamic boot block sizing adapts storage regions to variable data sizes, eliminating waste from fixed-size allocations while preserving write efficiency.

An encoder transforms buffered data to lower code switching frequency on a computer bus.

Distributes pre-rendering tasks between backend and frontend systems to reduce energy consumption while maintaining real-time frame rates.

An auto wake-up circuit uses an internal RC timing network to generate control signals for auxiliary modules during sleep mode.

A device management system dynamically adjusts operating parameters based on real-time aging information to maintain optimal performance.

A logical load-balancing method generates hash indices from packet headers to direct traffic across network interfaces.

A semiconductor integrated circuit detects power supply voltage stability before initiating clock signals for domain initialization.

Optical dominator nodes route IP packets through wavelength-based switching, reducing energy consumption by eliminating intermediate electronic lookups.

A low power radio device buffers frames and detects channel state during medium interframe spaces before transmission.

Static routing tables guide next-hop selection to increase bandwidth utilization while IS-IS maintains loop-free topology reliability.

Dynamic adjustment of hardware resources maintains application service levels while reducing energy consumption and costs.

Endpoint switches adjust packet forwarding rates based on real-time path performance data to resolve congestion and maintain service level agreement compliance.

A driver program creates a virtual communication port between application software and embedded satellite positioning system control logic.

Negotiates reflective relay capability per channel in edge virtual bridging systems to support both VEB and VEPA modes on the same physical port.

A chip with IDE host and slave uses switches to direct data flow for isolated debugging.

Segmented power islands with local storage capacitors minimize non-productive leakage losses by selectively connecting global grids to local loads.

A touch panel controller uses periodic wake-up cycles to detect input signals while the display driver remains suspended.

Navigation application overlays 3D directional indicators on 2D maps to resolve processing demands while maintaining realistic spatial orientation.

Dual-stack drivers bypass OS restrictions to suspend USB devices, reducing power consumption while maintaining direct user application access.

A direct memory access controller operates independently from the CPU to transfer data without requiring processor intervention.

A power status module collects consumption data to enable virtual machine managers to apportion hardware budgets across multiple workloads.

An OpenFlow adaptor translates control messages between OpenFlow and Non-OpenFlow switches.

Real-time temperature monitoring adjusts supply voltage and frequency to reduce guardbands, increasing productivity while maintaining device reliability.