Energy Efficient ICT TRIZ Cases

A solid state disk power management module switches data storage modules between operating and non-operating states based on access patterns.

A cache memory structure divides storage into independently addressable banks to enable flexible syllable access across processor lanes.

A proxy server device manages idle Transmission Control Protocol connections to forward client requests without establishing new links.

A TCP apparatus measures roundtrip delays to adjust transmission rates based on packet loss attribution.

A peripheral device adjusts its power state by monitoring network traffic and wireless terminal signals to detect user proximity.

A power management protocol enables wireless devices to enter hibernation mode by signaling sleep intervals in beacon frames.

Pre-establishes tunnel forwarding states at standby switches to eliminate downtime and service disruption during point-to-point tunnel failovers.

A network device selects trunk group ports using hashing algorithms to distribute multicast packets across physical interfaces.

A file sharing circuit uses a bus switch to route storage access between system control chips.

Dynamic buffer monitoring transitions media decoders between active and sleep modes, resolving the trade-off between processing speed and energy usage.

A multifunction printer controls power feed to functional units based on historical usage patterns and user login states.

Dynamic duty cycling adjusts node sleep patterns based on application requirements, balancing responsiveness with energy efficiency.

An interrupt control circuit routes signals to active processors in a multiprocessor system.

A PHY device generates wake state idle symbols to transition Ethernet links between active and low-power modes.

Logic circuits on a mid-plane process status signals to assert power disable states, reducing power consumption while maintaining device readiness.

A data processor identifies cache ways using microtag and micro TLB mappings.

Segmenting gate potentials controls back channel current, reducing off-state leakage and power consumption.

GPS coordinates automatically associate demand response clients with customer accounts, eliminating manual data entry errors.

A virtual connect domain system automatically adapts network topology using IEEE 802.1Q and LLDP protocols.

Asymmetric low power idle mode allows one link direction to enter idle while the other remains active for periodic refresh signals.

A green network construction system updates L2 switch port configurations by analyzing real-time packet traffic patterns to identify idle connections.

A scheduler tracks processing unit idle states to manage transitions into the zero-voltage C6 power state.

A dedicated sensor processor detects data patterns to generate power management signals that toggle the main processor between active and low-power states.

A failover management system reserves resources on target nodes to ensure application availability.

Dynamic scheduling of function blocks maintains total power consumption within supplyable limits, preventing overheating and electromagnetic noise exceedance.

A logical bridging device consolidates switch connectivity to support multi-chassis link aggregation groups in data center networks.

A power management controller monitors core activity to enable zero-volt state transitions.

A wireless sensor network method selects cluster heads using residual energy levels to form efficient clusters.

Centralized routing via tree-like addressing eliminates neighbor list broadcasting, reducing bandwidth usage while maintaining reliable network connectivity.

A hierarchical power monitor dynamically manages microprocessor energy states through workload sensing and phase prediction.

A local power management unit aggregates operational data from multiple power distribution units, reducing remote system processing burden and response times.

Monitor circuits detect activity changes and trigger interrupts, allowing the processor to exit low power modes quickly while maintaining energy efficiency.

Analog-to-information system extracts sparse sound features directly from analog signals to reduce power consumption.

Dispatcher uses thread affinity to select idle hardware resources for efficient power state transitions.

A USB charging circuit transmits a power control signal to a charger for battery operation.

Dynamic power management in a network interface controller reduces energy consumption while maintaining low latency during Ethernet communications.

Dynamically scales processor frequency using thread CPI metrics to reduce heat generation and extend battery life in multi-threaded systems.

A base station transmits channel training signals only within identified signal subspaces to reduce resource overhead.

A store buffer maintains associated cache allocation data to eliminate redundant lookups during write requests.

A flexible channel allocation system switches among band groups to optimize transmission power and range in ultra wideband communication.

A hardware-based power management system restores full power to a CPU upon detecting designated interrupt events.

Digital signal processors coordinate with host processors via signaling protocols to manage shared storage interface access while maintaining low power states.

A parts assembler selects computational components based on measured power consumption to execute jobs efficiently.

An access point dynamically switches antenna groups and adjusts transmission rates using real-time feedback mechanisms.

A service forwarding method maps base station IP addresses to transport tunnel identifiers for independent packet transmission.

A user equipment maintains minimization of drive tests measurement configuration during public land mobile network registration transitions.

CAN listeners detect bus activity to trigger selective wake-up of controllers, reducing power consumption in automotive networks.

Capacitive sensors detect user hand contact to trigger automatic device state transitions and key-guard deactivation.

Pre-charges capacitors during normal operation to maintain voltage stability without oversized components.