Power Management TRIZ Cases

A user equipment adapts channel state feedback reporting by reusing prior data when channel conditions remain stable.

Periodic reference signal transmission enables mobile terminals to select relay devices while maintaining power save mode.

A wireless communication device determines a three-dimensional power limiting zone defined by directional beams to manage secondary user emissions.

Targeted power boosting for handover scheduling assignments resolves interference conflicts while maintaining system capacity.

A feedback condition control unit manages transmission requirements based on call priority to optimize radio resource usage in mobile communications.

A multi-link communication apparatus sends a message frame with identification information to indicate buffered data for devices in a sleep state.

Varying GPIO signal waveforms encode wake-up reasons, allowing system circuits to determine event types and reduce initial wake-up time.

A light connection control method optimizes user equipment management by utilizing specific data information and service capabilities.

Dynamic configuration of physical resource blocks and reference signals enables seamless transitions between sub-band full duplex and non-SBFD operations.

A user equipment selects a receiving time-spatial sweeping pattern based on its current operational state to optimize beamforming gain.

A wireless device determines a synchronization signal block quasi-colocated with a spatial relation reference signal to measure path loss.

Dynamic TCI state switching adapts downlink control channel monitoring configurations to reduce user equipment power consumption during beam transitions.

Non-AP STAs enter doze state during transmission opportunities to reduce power consumption without data.

A terminal apparatus manages NB-PDCCH monitoring via dynamic DRX timer adjustments to reduce power consumption.

A single inner power control loop adjusts transmission power of multiple pilot signals, reducing signaling load and complexity compared to separate loops.

A repeater mutes specific positioning reference signal resources based on network configuration to prevent reflected signals from distorting location data.

Dynamic trigger conditions enable accurate cell selection by resolving the trade-off between measurement precision and uplink overhead.

A redundant wireless sensor array switches active duty among units to extend operational life in rotorcraft monitoring systems.

A macro base station coordinates small cell beacon transmissions to enable reliable device discovery.

A sensor chip detects wireless signals to wake a processing chip, resolving the trade-off between signal reliability and energy consumption.

Autonomous gateway leaders recalculate hourly energy budgets to redistribute power, preventing appliance shutdowns from local imbalances.

A NAN proxy server handles service search and notification processes, reducing detection time while the target device remains in a DOZE state.

A CDMA-based multiple access method allocates distinct reception frequency bands to each node using asynchronous codes.

Correlate uplink interference and downlink signal statistics to identify passive intermodulation products in wireless network nodes.

A network node dynamically configures assistance information transmissions by user equipment to optimize power saving adaptations.

Control circuitry manages wireless output power using open-loop and closed-loop regimes with linear transition curves.

A mobile device battery management program predicts remaining life and manages power consumption through dynamic estimation and profile selection.

A wireless station sends query signals to check buffered data availability before entering deep sleep.

Color transformation on drawing elements reduces power consumption while maintaining visual distinction between foreground and background.

User equipment determines separate reference signal resources for each transmission reception point to calculate individual pathloss values.

Multi-block acknowledgment frame carries per association identifier traffic identifier field to signal station power state transitions.

Terminal equipment detects reference signals from neighboring cells to maintain synchronization during base station energy-saving transitions.

A user equipment filters NR-PDCCH signals using partial identifiers to determine message relevance before decoding data channels.

A station host application manages Target Wakeup Time service resumption and suspension requests to an access point.

Subscription-based activation reduces power consumption by limiting location module use when no receivers are present.

A wake-up radio module updates operational parameters via unsolicited frames to optimize power consumption in wireless LAN systems.

Segmenting coverage areas into regions with specific PSD limits resolves conflicts between adaptability to regional regulations and system complexity.

A normalizer adjusts beamforming matrices using average subcarrier power loading to distribute transmit energy evenly across antennas.

Neighboring access points transmit test packets at varying power levels to evaluate signal reception sensitivity without wired connections.

Optimizing sensor data transmission timing using predicted network conditions to minimize energy usage and lower operational costs.

A receiver controller adjusts analog front end power based on detected environmental noise levels.

A dynamic power allocation system adjusts radio transmission limits based on real-time usage.

Base station transmits four PUCCH indices via higher layer signaling and selects resources using TPC commands.

User equipment detects activation signals to minimize control information decoding frequency, reducing power consumption during low network load periods.

Dynamic beacon frequency calculation ensures reliable packet delivery to sleeping IoT nodes without draining device energy.

A network-controlled repeater transmits latency capability indications to optimize switching between repeater modes.

A control unit temporarily restarts power supply to a storage unit during sleep mode data operations.

Base station adjusts uplink grant PDCCH control channel elements and transmission power based on physical uplink shared channel reception status.