Power Management TRIZ Cases

User equipment transmits sounding reference signals to cancel remote cross-link interference in wireless systems.

A wireless transmitter selects diversity schemes based on peak power metrics to optimize signal transmission.

Base station suspends periodic beacon generation during idle periods to reduce energy consumption and minimize network visibility to unauthorized scanners.

Segmenting common reference signals into UE-specific versions reduces bandwidth usage while enhancing scheduling flexibility and capacity.

A wireless device transmits support indicators for network energy saving cells to receive optimized configuration parameters.

A communication apparatus determines frequency channels based on connected device power-saving states to transmit frames effectively.

Resource utilization messages mediate interference levels to adjust transmission power, improving throughput without centralized coordination.

Motion detection triggers automatic power supply activation, eliminating user intervention and reducing energy consumption during idle periods.

Configures stationary extra-long battery device settings to lower measurement frequency, reducing power consumption while maintaining network awareness.

A low-power wake-up receiver transitions to active mode only after receiving downlink control information, reducing standby power consumption.

A PDCCH monitoring method configures cell discontinuous transmission and reception parameters to manage network operation states.

A communication apparatus transmits differentiated advertising packets to manage connection processing timing.

A cellular network adjusts configurations using machine learning weather predictions derived from channel state information.

Group transmit power control consolidates commands to reduce interference and latency while maintaining communication reliability.

Automatic threshold control in a subthreshold wake-up receiver rejects interference while maintaining 116nW active power.

A network element enters a sleep mode to lower energy consumption.

Transmitting devices add indicators to repeated radio blocks, allowing receiving devices to stop monitoring after decoding the original block.

A method aligning Wi-Fi communication with ultra-wide band silent periods using negotiated Target Wake Time parameters.

A user equipment transmits a cell wake-up signal to request system information from a base station.

A portable terminal adjusts ping intervals using a count table, minimizing battery power consumption and server load while maintaining reliable connections.

Preemption indicators resolve latency-reliability trade-offs by signaling resource availability to mobile devices.

A user equipment switches between cross-slot and same-slot scheduling states using a physical-layer indicator field to reduce power consumption.

A dynamic token uses radio frequency electromagnetic waves for contactless communication with a tool.

A centralized coexistence manager coordinates multiple radios through control and data planes.

A control device calculates a power reserve margin using voltage and frequency differences to determine switch control values.

An antenna system controller configures radiation parameters based on sensor-detected usage states to maintain consistent signal quality.

A passive receiver harvests energy from initiation signals to generate mode change commands.

A mobile device caches location data to reduce power consumption.

Applying modulation-specific peak-to-average ratio backoff values prevents signal distortion in uplink MIMO streams while maintaining data rates.

Cell-specific reference signals estimate pathloss for initial uplink transmission power, resolving LTE-NR coexistence issues.

Segmenting coverage areas into regions with distinct power spectral density limits to satisfy regional regulations without manual terminal configuration.

Access network device adjusts hyper system frame number based on preconfigured time to enable enhanced discontinuous reception.

OMUAA aggregates local models via analog superposition, resolving communication bottlenecks and latency issues in wireless edge networks.

Selective node powering enables non-contact communication at power-off times, reducing energy consumption and preventing unnecessary power feeding.

Segments control between cloud estimation and local outlet decisions to resolve speed versus coordination trade-offs during grid disturbances.

Base stations advertise operational schedules to resolve power consumption trade-offs during idle modes.

First modem triggers Tracking Area Update after second modem startup completes, preventing network timeout and ensuring reliable 5G connection establishment.

A deferral mechanism senses transmitted power to adjust access thresholds for low power devices.

Signaling messages configure uplink gaps for calibration, reducing transmission interruptions during frequency range 2 operations.

Dynamic transmitter power adjustment reduces inter-path interference while enabling frequency reuse in star-shaped radio networks.

The method segments time resources into distinct transmission time intervals and performs advance sensing to manage dynamic range during automatic gain control.

Periodic wake-on-radio switching reduces energy consumption while maintaining data availability in battery-operated networks.

A proxy device monitors data channels, allowing client terminals to switch from connected to disconnected modes while maintaining fast data reception speeds.

A network node calculates device-specific energy detection thresholds based on received signal power to optimize clear channel assessment.

Base station resource allocation method using channel state information compensation factors to determine transmission rates and power levels.

A beamforming apparatus manages power state transitions using scheduled gaps or intermediate states to maintain signal integrity.

Segments cell groups and applies scaling factors to manage total uplink transmission power within device constraints.

Fast Resumption Mode, Slow Resumption Mode, and Reverse Polling suspend direct links to reduce power consumption while maintaining connectivity.