Energy Efficient Computing TRIZ Cases

A PCIe-based information processing system routes data between semiconductor integrated circuits using direct address designation and switch transfer.

A query generation system uses vector representations and copy reference matrices to produce precise statements.

A power saving controller manages mode shifts in image forming apparatuses by checking stapling status before initiating shutdown.

Vertical memory cell columns with nested capacitors increase density while reducing preparation complexity for shrinking feature sizes.

Stacked active layers in this semiconductor structure extend charge retention time, reducing power consumption from frequent data refresh cycles.

A secondary recommendation method for RESTful services uses a service complementary relation learning model to optimize embedded vectors.

Stacking FPGA dies with standardized routing channels increases node count and communication efficiency while managing device complexity.

A memory controller exports internal policy rules to a host system for command formatting.

Parent units share job list information to reduce identification time and processing load when locating print data.

Analyzes search query patterns to detect regional events, expanding monitoring scope beyond areas with physical seismic networks.

A memory controller routes data directly between storage and peripheral devices through an interconnect.

Compiler generates directed graphs from neural network models to bypass complex exchange formats and accelerate compilation.

Vacuum systems remove vapor bubbles from immersion cooling tanks to maintain processor reliability and prevent overheating.

Controller displays access information on touch panel to initiate mobile input, resolving hygiene concerns from physical contact.

An integrated hardware controller links solid-state drives to local area networks using RDMA and NVMe protocols.

A two-wire serial interface protocol combines synchronous and asynchronous data transfer to control slave devices.

Segmented job ticket analysis enables early PDL file retrieval, reducing acquisition delays and improving printing efficiency.

Segmenting time windows into sub-time segments enables precise tracking of request distribution, resolving coarse control inaccuracies.

A processor switches between CPU register sets via multiplexer logic to optimize resource usage.

A dual-cycle immersion cooling system switches between single-phase and two-phase loops to match server loads.

A mobile relational database method encodes records into compact text objects for secondary storage to conserve battery power.

Angled heat dissipation devices prevent air temperature rise across multiple units, maintaining stable cooling performance.

A unified signaling method conveys data bus inversion and poisoning status via a single indicator line to reduce power consumption.

Segmenting the package isolates voltage domains to resolve pad-limited designs while enabling distinct transistor gate oxide thicknesses.

Parallel auxiliary electrodes reduce touch sensor electrical resistance, decreasing power consumption while increasing touch report rates.

Cloud printing system transmits print jobs using user authentication information across services, reducing manual account input operations.

A power supply control mechanism manages non-volatile storage activation by tracking access requests from specific transmission sources.

A method processes screenshot images by identifying and covering non-operable content using adjacent image layers.

Determination unit verifies wireless LAN chip operability at specific settings to prevent incompatible configuration imports across diverse hardware types.

A wireless operation unit shifts to a power-saving mode after inactivity, maintaining display visibility during maintenance tasks.

Grouping data bus inversion indicators into a vector minimizes simultaneous switching output noise while maintaining DC power savings.

Heterogeneous DDR and SPI ports access separate memory banks concurrently, overcoming serial interface read data rate limits.

Analyzes valid control codes to adjust calibration logic based on changing characteristics, reducing power consumption and calibration time.

An active stylus touch sensor uses interleaved sensing electrodes with varying gaps to detect finger contact positions.

A data management apparatus allocates memory buffers for sensor requests to streamline data transfer between components.

A first image forming apparatus acquires print information from a second virtual image forming apparatus to enable printing operations.

Segmenting large kernels reduces computational burden while maintaining recognition accuracy in wearable devices.

An interrupt controller uses delay logic to defer signals while hardware blocks remain in non-active mode.

A detection device determines USB Type-C connector orientation and DisplayPort mode for automatic signal multiplexing.

A lane margining controller transmits commands to acquire per-lane status data for upstream ports.

A cylinder lock turning unit rotates integrally with an inner cylinder to actuate a power switch and secure the sheet feed cassette.

A remote image forming apparatus identifies cancellation commands to revert executed processes.

Processor allocates variable DMA buffer sizes within unified storage to optimize resource usage across multiple engines.

Assigns priorities to memory requests using dynamic vectors, reducing divergence and latency in parallel processors.

A processor-based USB hub identifies attached elements by power operations to assign upstream or downstream port settings.

Hollow deflectors break up and slow rising vapor bubbles to prevent coolant evaporation loss during high-density heat dissipation.

A slave drives an RFFE clock line to a non-idle state to signal interrupts, eliminating periodic polling latency and reducing power consumption.

A display control unit presents custom home screens that trigger automatic operation mode changes without manual intervention.