Energy Efficient Computing TRIZ Cases

An LDO-driven transmitter uses integrated clamping and pre-emphasis to handle 3.3 V USB signaling with lower-withstand transistors.

A sealed liquid-gas cooling loop condenses vapor inside the housing to improve heat removal from densely packed data processing chips.

Electrostatic doping with dual inducer gates stabilizes ternary logic switching while avoiding doping fluctuations and extra passive devices.

Enlarged nail-like BL-SL contacts in stacked 3D ferroelectric memory cut misalignment-driven resistance and preserve read current.

Enlarged nail-like BL and SL contacts cut resistance in 3D multi-stack memory, preserving read current and speed despite lithography misalignment.

An asynchronous binary-weighted PMOS array helps a digital LDO regulator speed voltage settling across output current ranges.

Separating stage and gain errors enables faster ADC calibration with fewer sample points, lower hardware overhead, and higher trimming yield.

Cascaded programmable switch circuits cut HBM routing wires and latency while improving bandwidth use and signal integrity in FPGA memory access.

Using one recovered receive clock across buffer and transmitter paths removes SKP adjustments and cuts retimer latency in PCIe SRIS links.

Selectable voltage regulation lets FPGA regions run at different power levels, improving programmability without the usual power penalty.

Selectable voltage regulation creates independent die power domains, reducing FPGA energy use while preserving reconfigurable logic.

Selectable voltage regulation lets FPGA regions run at different power levels, cutting power use while preserving programmable logic flexibility.

Flag registers let each PCIe peripheral enter or exit low-power mode independently, cutting excess power use without disrupting others.

Warns users before printing when job settings may produce different outputs across image forming apparatus configurations, improving operability.

Deletion scope is adjusted by user authentication status, preventing indiscriminate setting history removal while keeping cleanup flexible.

Temperature and humidity sensing adjusts coolant flow by dew point margin to prevent condensation while maintaining electronic cooling.

Presents associative words across linked book attributes to expand simple queries into more accurate, multi-intent search paths.

Freezing-rate analysis of user attribution data improves abnormal live-room access detection and helps curb click-farming ranking manipulation.

Quantized host and vCPU pressure with historical smoothing cuts unnecessary VM live migrations, easing network load and data loss risk.

Page-based hash indexing loads only needed index files, cutting memory use and query delay in read-only database lookups.

A swipe-expand printer control layout keeps file thumbnails visible while revealing more print options on the same screen.

A PCIe-connected DPU routes NVMe I/O across storage controllers for load balancing without host multipath software or controller forwarding.

Shared and task-specific layers are activated by power state so essential tasks keep running under low supply while avoiding wasted energy.

When print jobs expire on the server, deadline-aware command retention and execution rules preserve billing integrity and prevent late-job mismatches.

Dynamic key service node selection improves unauthorized request interception accuracy while reducing resource use across multi-node services.

A CPLD mediates shared server IRQs by detecting conflicts, adjusting timing, and preserving external device functionality.

Real-time rate detection splits data across cascade, switch, and JBOD paths to avoid write delays and improve storage reliability.

Separate cache layers and pipelines expand cache capacity while preserving CPU frequency and improving hit rate with controlled power use.

Express NVR command pairs on a DDR-compatible NVM bus cut read cycles and preserve stable high-temperature memory access.

Retrieves printer-resident settings through a class driver so secure V4 environments can still expose and apply advanced print functions.

Way partitioning lets a system-level cache adapt to changing execution contexts, cutting memory latency, main-memory trips, and power use.

Self-attention fuses palm features from preset and non-preset regions across multiple images to improve extraction precision with less detail loss.

Sampling-based delay detection replaces multi-phase clocks and PLLs in D-PHY deskew, simplifying phase calibration circuitry.

Side distributor and collector channels equalize flow and temperature across immersed server nodes while reducing pump energy.

A segmented electron capture layer placed near the channel helps limit charge diffusion and maintain threshold voltage in 3D NAND cells.

Shared PCIe lanes switch between low-power and active states so two ports can appear as x4 while using only six lanes.

Facial-expression features and nearest linear detection improve deepfake accuracy and robustness across pose, occlusion, lighting, and new AI models.

A row storage index inside a columnar store speeds full-row point queries while limiting redundant storage and resource overhead.

Electrostatic doping with inducer gates and an undoped channel enables stable ternary logic switching without extra passive devices.

A detachable SOC PCB mounted to a heat sink cuts mainboard size and weight while supporting interchangeable vehicle computing power.

Switching virus pattern downloads between external and internal sources keeps image forming equipment protected when Internet access is unavailable.

Jointly optimizing IR conversion, scheduling, and resource allocation helps AI accelerator instructions use hardware resources more effectively.

An arbitration mechanism aligns weights across models so edge devices can store multiple learned tasks with much less memory.

Parallel multicast and unicast transfer scheduling cuts instruction count and speeds data movement across hierarchical AI processor blocks.

Unprinted page tracking lets a digital front end restart interrupted printing after Ethernet communication errors without reprinting completed pages.

User-authenticated shutdown control lets trained technicians bypass printer protective processes when needed, cutting maintenance downtime and service cost.

Imported setting differences are shown on an update screen so users can review security-related changes before applying them.

Higher-order modulation on a high-speed parallel bus boosts memory bandwidth so data transfer can better keep pace with processor performance.

Port state switching identifies and repairs degraded PCIe links, restoring speed and bandwidth while improving repair stability.

Keeping non-volatile memory powered in sleep avoids repeated eMMC initialization, reducing power use and wake-up delay.

Queued touch events are time-compressed after wake-up to cut low-power input latency, improve UI accuracy, and save battery power.

Enlarged nail-like source and drain structures in stacked 3D memory lower misalignment-driven contact resistance and improve read speed.

Absolute pose serialization expands virtual-scene traffic; relative pose updates reduce data volume and bandwidth costs.

A dynamic functional IO device interface selection mechanism switches between USB interfaces during power state transitions.

A change unit adjusts post-processing positions based on received image size information to ensure accurate stapling.