Power Management TRIZ Cases

A management device registers and advertises services on behalf of mobile nodes.

A wireless device receives a power spectral density indication from a base station to set sounding reference signal transmission levels.

Bitmap mapping directs uplink control channel transmission across primary and secondary cells, reducing latency from single-cell restrictions.

A body-coupled communication apparatus uses variable routing networks to switch between distinct coupling modes for optimized signal transmission.

An infrastructure node broadcasts discovery signals on behalf of mobile peers to reduce unnecessary transmissions.

A mobile network entity manages short message delivery for user equipment in extended idle mode discontinuous reception.

Wireless devices switch between short and long discontinuous reception cycles to balance battery life with active data transmission needs.

Transmitting device sends power level signals to adjust receiver gain, preventing saturation in LTE CV2X devices during NR transmissions.

A communication control unit disables power saving functions to resolve wireless errors in electronic apparatuses.

A transceiver and processor adjust target wake time intervals based on device state to optimize power consumption.

Dynamic capacitance tuning resolves impedance mismatching in compact multi-band terminals, reducing power consumption while maintaining antenna sensitivity.

RAN node transmits bitmap indicating changed system information messages to mobile stations, reducing battery power consumption by skipping unchanged data.

A wakeup signal based beam management technique transmits cell-common signals on different transmit beams to identify receive beam pairs.

A mobile device uses a server to relay paging messages, allowing the transceiver to remain in low power sleep mode.

Carrier segmentation enables 29 dBm high-power terminals in Frequency Range 2 where single-carrier technology fails.

A terminal device adjusts transmission power based on user type detection to reduce electromagnetic radiation exposure.

A user equipment configures discontinuous reception cycles using listen-before-talk outcomes to manage power consumption in unlicensed bands.

Bluetooth signal strength characteristics link portable devices to media data exposure events, resolving measurement precision versus system complexity.

Network device selects home base stations for reconfiguration based on radio resources and uplink interference.

An audio converting unit switches between differential and single-ended modes based on device state to optimize signal processing.

Dynamic power adjustment based on reverse link quality thresholds optimizes reliability while minimizing self-interference.

Segmented always-on circuitry detects touch events to resolve power consumption contradictions in consumer devices.

Dynamic parameter selection resolves interference between shared sidelink and uplink channels while maintaining resource utilization efficiency.

A secondary pilot channel manager receives uplink signals to demodulate the high speed dedicated physical control channel using a phase reference.

A hybrid beamforming architecture uses fewer radio frequency chains than antennas to determine signal arrival angles.

A location profile communication cluster coordinates devices to share GNSS data via a designated manager.

Defining minimal CSI-RS configurations reduces measurement latency and error thresholds while balancing UE complexity.

Dynamic mode switching between constant awake and power saving states minimizes latency while conserving battery life.

A method calculates normalized traffic shaper gain by comparing estimated battery savings before and after shaping to evaluate shaper quality.

Terminals report segmented capability information to network side devices, reducing signaling overhead while maintaining scheduling accuracy.

A New Generation Vehicular frame structure duplicates legacy fields across subbands to support wideband transmission.

Statistical interference sampling eliminates slow outer control loops to reduce transmission power and improve signal-to-noise ratios in CDMA networks.

Segmenting dual connectivity into independent cell groups resolves ambiguous power distribution while maintaining high data transmission capacity.

A communication apparatus schedules WUR Beacon frames on a primary channel during Absence Grants to enable duty cycled low power multi-user transmission.

Dynamic antenna array configuration selects active elements based on cell conditions to reduce power consumption while maintaining performance.

A terminal sends uplink data using unlicensed resources and switches to licensed resources if transmission fails.

A delinking router routes data from mobile devices to fixed channels and powers down the mobile radio module.

A first multi-link device establishes concurrent target wake time agreements on multiple links using a link identifier bitmap subfield.

Autonomous sidelink discontinuous reception pattern selection aligns user device operations without extensive coordination.

Segmenting the power save mode queue into access category sub-queues prevents high-priority frame loss during congestion.

Dynamic beam activation reduces interference and boosts space division multiplexing probability in dense LTE networks.

A beam quality reference signal enables user equipment to detect control channel integrity during discontinuous reception cycles.

An electromagnetic sensor uses embedded machine learning models to classify external devices locally without main processor intervention.

Nodes configure dedicated measurement slots and reference signals to detect cross-link interference, enabling dynamic resource adjustment.

A user equipment determines reception gain from an automatic gain control resource to decode time-division multiplexed sidelink feedback messages.

Merging individual update sessions into a single broadcast transmission reduces frequency occupancy time and energy consumption for smart meter networks.

Segmenting D2D resources by user type prevents interference and ensures priority access during network congestion.