Energy Efficient ICT TRIZ Cases

Power budget arbiters analyze component usage to prevent failures while reducing heat removal requirements.

Dynamic load balancing switches underutilized NICs to low-power states during light traffic, reducing energy costs by 49.4%.

A control apparatus detects voltages at multiple positions on an integrated circuit to select the lowest non-excluded value.

An adaptive thread scheduler assigns tasks to cores based on real-time leakage current measurements.

Segment management traffic by assigning individual maintenance entities to specific physical ports, resolving bottlenecks from default single-port routing.

A JVM power manager adjusts processor voltage and frequency using Markov model predictions to optimize energy consumption.

Centralizing ECC processing in soft logic reduces wire quantity and routing space consumption across programmable integrated circuits.

A multimedia processor suspends independent power domains to reduce energy consumption while maintaining throughput.

Selective entry invalidation maintains trace cache coherency while reducing power consumption and preserving processing performance.

A power control system adjusts server activity to match workload demands.

Firmware shelf managers replace dedicated hardware controllers to cut power consumption and space requirements.

A method selects a specific physical port within an aggregated Ethernet group to route MPLS tunnel packets based on service properties.

A control device manages memory power states during electronic paper display updates.

Network interface controller buffers packets to reduce direct memory access frequency, extending host idle periods for deeper power-saving states.

Shared hash functions synchronize temporary IDs between terminals and servers, reducing processing power consumption while maintaining privacy.

A storage apparatus system controller initiates power supply to storage units only after establishing a communication linkage through the connection line.

Front-mounted network adapters access rear motherboard bus slots through a backplane, eliminating the need to open the case for maintenance.

A priority-based allocation system selects target metaslabs for data writes using storage and power management policies.

Programmable flow controllers buffer data queues to reduce latency in embedded System on Chip architectures without increasing interface complexity.

Segmented clock gating minimizes latency and data disruption by enabling instantaneous monitoring of functional block status.

Wireless socket devices measure voltage and current to send consumption data to a central server, enabling users to compare actual usage against setup signals.

A multilevel coupled policer system shares aggregate bandwidth among class policers to process conforming traffic efficiently.

Logical trunk groups associate call data with specific network paths based on identifiers to manage traffic flow efficiently.

A reliability-aware scheduler assigns processing jobs to entities based on dynamic statistical scores.

A wearable device uses a unique user ID to transmit sensor data through a social network interface.

Mobile devices register fence-crossing events in power-saving mode to launch applications only upon user activation.

Hardware monitors detect critical stalls to gate the clock grid root, eliminating power waste from inactive global distribution.

A subsystem cooling manager directs cooling resources to server components based on detected workload indicators.

A UEFI firmware component generates and stores operation history logs during system idle periods to capture hardware events.

Asymmetric channel frequency scaling reduces power consumption by operating memory channels at distinct clock frequencies based on real-time workload demands.

A service processor measures power consumption to estimate utilization without application overhead.

A data center architecture employs a feedback process control system to monitor and adjust computational, power, and cooling elements.

A mobile station calculates reception timing for connection setup signals, reducing battery power consumption and channel setup delays.

Primary network device establishes multiple aggregation protocol sessions with secondary devices via unique identifiers.

Filters block conducted and radiated RF interference on audio lines, resolving electromagnetic coupling issues in compact mobile wireless devices.

Centralized controller manages virtual machine resources using mutual and one-way authentication for secure agent communication.

A performance policy manager selects processor power gating based on cache dirtiness and predicted idle time.

A stack management apparatus reads pre-calculated maximum usage values from a kernel to selectively process operations based on available memory regions.

An L2 Ethernet end-station discovers the Maximum Transmission Unit size for each Data Link Layer connection using explorer protocols.

A power management system coordinates virtual machine state saving before device power removal.

A noise shaper generates a processor clock frequency by combining a reference signal with a control value-based second signal.

Solution templates define computing element requirements to match infrastructure resources and deploy applications.

Unified A-A-MAP structure reduces signaling overhead and minimizes resource waste by optimizing group size indications.

A secondary processor executes rules to handle events while the primary processor sleeps, enabling notification display without full wake.

Consolidating software resources into a shared pool reduces consumption waste while maintaining task execution reliability.

A memory control apparatus caches read data and issues partial read commands to skip redundant accesses, reducing power consumption in pipelined memory systems.

A power-optimizing memory analyzer segments arrays into independently controlled blocks to reduce standby and access energy.

Dynamic bandwidth monitoring and client feedback on packet loss allow the system to optimize throughput while preventing data loss in EV-DO networks.

A connected standby controller cycles computing devices between active and idle states to manage power consumption efficiently.