Energy Efficient ICT TRIZ Cases

Periodic wake-up cycles detect relay requests on the downlink common control channel, reducing power consumption by avoiding simultaneous signal sensing.

Interface circuit adjusts host signaling speeds based on data traffic to reduce power consumption while maintaining bandwidth.

Copying state data to host memory during power down reduces boot time by bypassing slow non-volatile memory reads during frequent power cycles.

A performance management method evaluates thread loading and CPU frequency to determine the optimal number of active processors.

A single host bus adapter merges Serial Attached SCSI and Internet Small Computer System Interface protocols into one controller drive interface.

A radar detection system uses energy level comparison to identify transmissions and adjust wireless schedules.

A bank-based versioning cache circuit partitions memory into independent units to accelerate rollback operations during speculative trace execution.

A node power architecture manages processor states through distributed client requests and resource hints.

Serial ring links relay standby packets to switch idle communication devices into standby mode, reducing power consumption in unused segments.

A unified idle state machine architecture standardizes on-die interconnect protocols across diverse semiconductor devices.

A data center management module relocates compute-intensive jobs based on server chassis fan speed thresholds.

Synchronized frequency hopping extends wireless range while maintaining acceptable latency through adjustable sleep times and clock calibration.

Proximity sensors detect nearby objects to stop input processing during suspension, preventing unintended power consumption from accidental pocket touches.

A physical network moves non-volatile memory cartridges between computing devices to transfer data.

Pseudo-power supply lines preserve logic gate output states during power cut-off, preventing data loss and initialization errors in ZSCCMOS circuits.

A communication apparatus processing unit filters network packets before validity checks to lower energy usage.

Dynamic voltage scaling reduces power dissipation by adjusting voltage to match processing performance needs.

A storage interface controller transitions from inactive to active state before data becomes readable on the host bus.

An electronic switching circuit replaces mechanical relays with infrared sensors and MOSFETs to eliminate contact wear and improve service life.

A method calculates CPU load by delaying interrupt service routine processing on wake from idle.

A dual control loop system manages integrated circuit temperature using proportional-integral power distribution.

A power manager uses a hardware monitor to track device workload, resolving low-resolution software monitoring bottlenecks by dynamically adjusting voltage.

Infrared proximity sensors merge with multi-touch panels to detect hover events alongside physical contact.

Signaling mechanism configures shortened slot cycles for mobile stations, reducing power consumption and latency.

A multi-chassis link aggregation system enables active-active load balancing across virtual fabric switches.

A memory management system places objects in specific physical regions based on access frequency and performance policies.

Dynamic scanning-station period adjustment reduces handoff failures and power consumption by adapting to mobile device movement speed and direction.

Virtual CPU scaling algorithms adjust processor frequency and voltage based on workload profiles.

A monitoring system correlates pre-NAT and post-NAT data flows using invariant checksum keys derived from OSI Layer 5 or Layer 7 packet data.

A hybrid CPU system dynamically samples application threads to assign single-threaded workloads to higher-speed processors.

Access switches detect hosts via packet snooping to automate discovery and reduce monitoring complexity.

An embedded controller generates fake battery capacity during boot to maintain device operation.

Dynamic power gating of coherence point tags reduces mobile device heat while maintaining data integrity.

Switching fabric dynamically reconfigures dedicated interface modules to match subsystem capacity.

A cache memory system queues directory lookup results to reuse them for subsequent sequential memory access requests.

Processor halts flash erasure to conserve super capacitor energy for critical data saving, preventing loss when power fails again.

Single-ended CMOS transmitters with impedance matching reduce energy per bit and chip area while maintaining high bandwidth.

A semiconductor device adjusts supply voltage and frequency using stored process variation data to optimize operational speed.

A flow regulation switch measures traffic attributes to constrain data rates at ingress ports.

A gating circuit delays data detection and decoding operations to manage power usage levels.

Virtualized application power budgeting manages energy distribution across virtual machines using dynamic controller hierarchies.

Segmented ring buffers across SoC nodes enable remote GET/PUT operations without OS kernel involvement.

A security gateway handles URR discovery requests locally without contacting a P-GANC node.

A computer system schedules processor loads using thermodynamic characteristics to balance energy and temperature across cores.

Cross-layer power management coordinates hardware and virtualization layers to conserve energy while preventing service level agreement violations.

Dynamic core activation reduces power consumption and thermal output by activating the CISC core only when advanced functionality is required.

A Wireless Activation Module translates beacon signals into activation triggers for multi-dimensional content.

A shared clock source adjusts electrical characteristics to stabilize reference frequencies across multiple wireless modules.

Segmenting paging signals into non-coherent and coherent stages reduces battery power consumption while enabling shorter paging cycles.

Software establishes rules to control resource access, reducing wastage from rigid fixed-size chunks.