Power Management TRIZ Cases

Radio resource framework manages multiple timing advance groups to maintain uplink synchronization across carrier clusters.

Pre-configured search windows based on macro cell time offsets reduce power consumption during inter-frequency measurements.

Radio terminal segments measurement triggers to collect data across multiple radio access technologies simultaneously.

Base station transmits scheduling assignments during onDuration to keep UEs active, preventing premature DRX entry that degrades throughput.

A user equipment modifies discontinuous reception operations to resolve conflicts between wake-up signals and system resources.

Configurable triggering criteria reduce signalling overhead while ensuring accurate power control adjustments at the eNode-B.

A user equipment adjusts uplink transmission parameters during carrier switching to resolve interruptions caused by component carrier transitions.

A system redistributes transmission power from underutilized RF carriers to compensate for excessive attenuation on specific signal paths.

A channel sensitive scheduler calculates mobile station priority from pilot power to optimize resource allocation.

Terminal determines target uplink resource by earliest start time to resolve PHR transmission ambiguity across cells with different TTI lengths.

A service control apparatus synchronizes communication patterns from multiple servers to reduce terminal battery usage.

Segmenting power headroom reports by beam-specific parameters resolves inaccuracies from uniform reporting across multiple beams.

Remote units detect external interference signals to adjust transmission power, preventing subscriber units from connecting to interfering devices.

Dynamic transmit power allocation distributes energy across multiple wireless connections to maintain RF exposure compliance while maximizing throughput.

A user equipment detects available synchronization signals to determine if it should operate as a synchronization reference unit.

User equipment reduces power consumption by dynamically adjusting cell search and GPS signal acquisition periodicity based on detected motion states.

A predictive discontinuous reception bypass service enables immediate uplink grants and synchronizes end devices with network slices.

Network server detects access point load to automatically control device activation, reducing power consumption while maintaining user bandwidth.

A power management system dynamically adjusts access point states based on real-time network load conditions to optimize energy usage.

A radio module dynamically allocates transmitting power across multiple modules using a stored unused power pool.

Narrowband data transmission in extended range single user mode improves reliability by balancing coverage areas between preamble and data parts.

A dual filtering system in an on-board unit reduces false wake-ups from non-DSRC interference by segmenting signal detection into coarse and fine stages.

Wireless devices adjust scene detection intervals dynamically based on previous detections, reducing power consumption while maintaining accuracy.

Adaptive resource management adjusts numerology and reference signal ratios in transition slots to optimize pilot signal usage.

A user equipment allocates uplink power to primary and secondary cell groups using a minimum proactive power limit strategy.

Adjusting peak reduction tone power via path loss reduces peak-to-average power ratio, enabling linear amplifier operation and higher data rates.

Dynamic transmit power adjustment mitigates coexistence interference in shared RF environments, preserving signal integrity for multiple devices.

A dual mode mobile device system integrates cellular and IP applications via a single interface to streamline connectivity.

NFC circuit powers subscriber identity module via electromagnetic induction, maintaining voltage levels for transactions during low battery conditions.

A management end sends unified control instructions to multiple smart interaction tablets for synchronized application updates.

Segmenting clients into groups reduces frame collisions and power consumption by limiting simultaneous medium access attempts.

Adaptive TDD configurations adjust uplink and downlink subframe assignments to mitigate cross-link interference between neighboring cells.

A power management controller detects savings opportunities and selects reduced transmission power levels for wireless communication devices.

Independent TIM frames allow wireless stations to check for buffered data without receiving lengthy beacons, reducing power consumption.

A modem scheduler allocates data across asymmetric RF and PLC channels based on equivalent packet delivery times to balance transmission loads.

Network node signals DRX parameters to user equipment, preventing missed downlink information during dynamic uplink-downlink configuration changes.

Dynamic power reduction functions adapt to specific frequency bands and country regulations, maintaining communication quality while ensuring SAR compliance.

A wireless transmission system dynamically adjusts carrier wave power using a parasitic receiver to detect nearby dielectric objects.

Dynamic bandwidth part switching reduces unnecessary power consumption during dormant states while ensuring rapid activation for efficient resource management.

A sidelink user equipment extends its resource selection window to include inactive discontinuous reception time for sufficient candidate resources.

A transponder uses a wake-up circuit with a frequency discriminator to detect valid RF signals before activating the main receiver.

Configuring the multicast radio bearer in acknowledged mode allows reception while conserving power and reducing latency.

A data communication scheduling system shares transmitters across multiple cells to reduce static power consumption.

Segmenting processing duties into active and sleep mode processors eliminates data delays while reducing power consumption during continuous monitoring.

A wireless relay system uses beamformed test signals to detect cross-relay interference levels for optimal access point selection.

A terminal calculates demodulation reference signal transmit power using a pilot power lifting factor proportional to the number of sharing user equipments.

A multi-SIM UE indicates multiple subscriptions to the network for optimized communication.