Energy Efficient ICT TRIZ Cases

A power supply controller shifts an information processing apparatus to a standby state using stored memory images.

A presence detector enables illuminable indicators only when a user is nearby, reducing unnecessary power consumption from continuous LED operation.

Modifying computational expression parameters in subsequent-stage relay devices balances communication load and prevents cumulative bias in redundant pathways.

A disk controller monitors I/O requests to identify inactive drives and spins them down to conserve energy.

A congestion-aware application adjusts network resource occupancy using real-time transport protocol feedback signals.

A mobile device mechanism suspends non-critical processes to extend battery operation time.

Operating system monitors energy exchange in hardware memory devices to selectively reduce power, addressing gaps in processor-centric thermal management.

A pool manager allocates exclusive and shared connection quotas to virtual servers across multi-core systems.

A mobile data proxy intercepts background requests to bundle and schedule network access, minimizing ramp and tail energy costs.

A memory management system monitors active working set size to selectively power down unused volatile modules.

Segmented map rendering maintains visual realism while reducing processing intensity and battery consumption.

Position-based rules trigger power state changes in mobile devices, resolving battery life versus reliability trade-offs.

Segmented trace buffers monitor qualified bus events to reduce on-die real estate consumption while maintaining comprehensive visibility.

Strict priority queues and unified power-save scheduling resolve AP implementation complexity while maintaining reliable VoIP error recovery.

Forwarding Data Units maintain local port state tables to enable sub-10 millisecond failover, bypassing control plane delays that cause prolonged downtime.

A storage device controller manages sequential loading of BIOS and operating system codes from a single integrated drive.

Software hypervisor manages thread scheduling across big and little cores without operating system involvement.

A social-mobile-local system manages user identity exposure through segmented personas.

Segmenting processes into exempt, suspendable, and throttleable categories reduces battery drain while preventing stale data upon wake from connected standby.

A base station uses user equipment buddy lists to initiate device-to-device discovery processes.

A link fragmentation and interleaving module at the access device fragments frames before tunneling.

Distributing traffic via physical switches reduces choke points from single virtual load balancers, improving network throughput.

A work distribution unit assigns program instructions to heterogeneous processing engines based on weighted instruction counts.

Aggregates data bursts into frames to maximize mobile subscriber station sleep intervals.

Compiler schedules instructions with NOPs to reduce processor power consumption while maintaining throughput under thermal constraints.

A communication apparatus maintains link speed using a setting unit to reduce power consumption in standby states.

A power control manager analyzes command profiles to schedule execution within defined limits.

A remote activation device sends a Wake-on-LAN magic packet to power on mobile workstations via wireless networks.

An access control apparatus detects empty and collision slots within repeated frames to guide terminal selection.

Aggregate labels summarize routing paths to enable scalable label switching across virtual private networks.

Synchronizing internal clocks at different times staggers peak current generation, preventing overlapping surges that cause semiconductor malfunctions.

A memory controller executes popcount operations directly within the storage module to eliminate redundant data movement.

A monitoring unit tracks memory usage of a process running multiple application programs to manage allocation effectively.

A network node power saving mode management module coordinates interface states across protocol layers to enable efficient energy conservation.

Dynamic power state transitions reduce idle energy consumption while preliminary actions maintain system readiness for traffic spikes.

Federated storage drives switch to reduced power modes based on predicted utilization trends.

A platform management system uses Bluetooth signal strength to control laptop power states and accessibility levels.

A first switch segments link aggregation groups into sub-LAGs to route packets based on destination MAC addresses.

Adjusts transmission power across I and Q branches using adaptive modulation to support legacy receivers.

A clock frequency adapter modifies receiver clock signals to match new operating performance points across integrated circuits.

Segmenting storage nodes into groups maintains data availability and reduces power consumption when multiple apparatuses stop simultaneously.

A power manager controls plug-in module states via simulated hot unplug signals sent through I/O interfaces to the system BIOS.

A virtual RBridge identifier aggregates multiple physical links into a single logical path for dual-homed end stations.

An alert management module processes computing resource notifications using predefined rulesets to determine notification necessity.

A dynamic write policy classifies cache lines as private or shared to route data through local write-back or shared write-through operations.

A network interface controller transitions from low power mode to a power-up sequence upon detecting incoming packets.

A power management system dynamically controls power-consuming elements based on user-defined prioritization and estimated battery duration.

An adaptive memory access controller monitors display bandwidth parameters to dynamically adjust arbitration modes.

An over-voltage protection circuit replaces bulky Zener diodes with active MOSFET switching to rapidly detune resonance and reduce mounting size.

A T-lessConnect solid-state transformer line interface isolates powered devices from network lines using digital isolation.