Power Management TRIZ Cases

A terminal device sends a physical uplink control channel using network-configured resources and power adjustment values.

Segmenting buffer status reporting timers across serving cells reduces data transmission delay and improves traffic offloading efficiency.

Segmenting legacy preambles with narrowband wake-up signals reduces power consumption while maintaining low data latency in wireless local area network devices.

A User Equipment transmits two power headroom reports within a single MAC control element for physical uplink shared channel transmissions.

Delaunay triangulation clusters base stations to autonomously compare utilization metrics, reducing energy consumption while maintaining coverage continuity.

A method determines broadcast beam weights using angle path loss spectra to allocate transmit power across multiple directions.

Wireless stations transition between active and power save modes without explicit signaling to the access point.

A Bluetooth advertising data content filter autonomously routes incoming packets to the host stack using specific delivery modes.

A user equipment allocates uplink transmission power based on channel priority to ensure reliable delivery of critical control signals.

State control unit prevents user equipment from releasing radio resources during dual connectivity sessions.

Sensor nodes adjust connection request transmission cycles based on disconnection state to manage power consumption.

Infrastructure nodes broadcast discovery signals for peer devices, reducing power consumption by eliminating continuous transmissions.

Preconfigured resources allow a terminal device to send uplink data directly, eliminating random access procedures that increase power consumption and delay.

Radio base stations adjust channel quality indicators using future user equipment scheduling data to select optimal link adaptation schemes.

A medium reservation framework coordinates licensed and shared spectrum operations using reservation signals.

An ultrasonic sensing module determines user terminal position via signal reflection, preventing relay attacks on RF communication channels.

Wireless access devices exchange interference indications to dynamically adjust transmission parameters and mitigate neighbor cell interference.

A mobile device adjusts its service search pattern based on whether the battery is connected to a charger.

Embedding destination and power control indications in frame preambles allows third devices to monitor transmissions and mitigate co-channel interference.

A smart tag system uses periodic sleep and wake cycles to conserve power while maintaining location tracking accuracy.

Segmented power management allows the communicator to wake the controller for sound mirroring without manual intervention.

A user equipment monitors a physical downlink control channel only upon detecting a wake-up signal occasion.

First UE transmits power level data to second UE, eliminating measurement operations and reducing energy consumption.

A dynamic configuration module adjusts transmit power and active antenna chains to maintain client throughput when PoE supply drops below thresholds.

Dynamic filter activation reduces power consumption by skipping unnecessary digital signal processing for parallel channels.

User equipment monitors physical downlink control channel for wake-up signals during inactive periods to optimize power usage.

Direct demodulation standby compares identification codes to activate the main receiver only when needed, reducing average power consumption.

A hybrid link adaption method selects open and closed loop metrics to estimate channel dynamics.

A countdown timer transitions the second array antenna to low-power mode when downlink control information is absent, reducing battery consumption.

A network node compiles uplink resource information associated with downlink reference signals for wireless device selection.

Detecting subframe completion points enables dynamic channel occupation in unlicensed bands, reducing interference through power and timing adjustments.

A channel bonding power save mechanism switches terminal bandwidth dynamically to match data transmission needs.

A combo device scheduler coordinates power state transitions and medium access scheduling between coexisting wireless transceivers.

Broadcasting unique identifiers enables authorized docking while preventing unauthorized access through preliminary policy verification.

Peer-based synchronization with feedback loops corrects temperature-induced frequency drift, ensuring reliable links without centralized infrastructure.

A communication device sends session end messages to a radio network controller and monitors channel activity for faster low-power transitions.

A wireless device selects candidate downlink reference signals to report quality metrics and power reduction values to a network node.

Using a single DCI type 1_4 to schedule multiple PDSCHs reduces control signaling overhead while maintaining consistent feedback.

A common Automatic Gain Control symbol merges LTE and NR signals to enable efficient co-channel operation.

Terminal determines uplink transmit power using beamforming information, subcarrier spacing, and service type factors.

Computing device generates usage rules to allocate available power across multiple user devices.

Mobile station discovers femtocells using stored access information and proximity determination, reducing power consumption by avoiding alien cell scans.

A wireless user equipment state machine manages active and eco modes to sustain persistent network links without frequent transitions.

Segmenting demodulation reference signal ports and nesting additional structures increases system throughput without modifying existing LTE protocols.

A UE determines transmitting powers on multiple carriers to ensure rational power allocation for uplink channels.

A wireless hub switches operating channels during inactive periods to reduce power consumption.

A communication terminal controller dynamically adjusts receiver performance enhancement functionalities based on physical channel and data types.

A Bluetooth headset disables its radio function while attached to a wearable device and activates it only upon detachment.

Wireless nodes determine beam correspondence ranges via exchanged signals to reduce extensive beam sweep complexity in millimeter wave systems.

Dynamic DRX cycle start position adjustment aligns reception windows with non-integer traffic periodicity, reducing power consumption.