Power Management TRIZ Cases

Adjusting second access technology power based on first access transmission state ensures compliance with specific absorption rate restrictions.

Segmenting uplink resources into dynamic and static sets applies distinct open-loop power control parameters to resolve ambiguity in command processing.

Terminal detects MBSFN supportability to skip unnecessary PDCCH monitoring, reducing power consumption in LTE networks.

A femto base station adjusts transmission power to optimize indoor signal strength.

A wireless communication apparatus selects specific modules based on network characteristics to establish server connections.

A user equipment transmits an end of data indicator to initiate a discontinuous reception cycle immediately after the last MAC PDU transmission.

Accumulates operation results in a wireless device to reduce power consumption during periodic communication intervals.

A broadcast data transmission system controls transmission power and applies modulation-specific precoding to optimize signal delivery.

Segmenting network capacity and dynamically adjusting served user equipment count maintains service quality despite internet transport attacks.

A wireless system uses multiple complementary radios to dynamically switch between link types.

A radio terminal exchanges DRX parameters with a base station to configure extended discontinuous reception cycles for efficient power management.

An independent detection circuit identifies access points without activating the host operating system, reducing battery power consumption.

A wireless device monitors a paging channel to receive stored configuration updates while in a power saving state.

Extracting the high power radio frequency module into a separate device reduces specific absorption rate exposure while maintaining communication reliability.

A physical layer wake-up signal determines whether a user equipment monitors the physical downlink control channel.

A bit swap encoding method maps dominant bit pairs to erased states in nonvolatile memory regions.

Processor-based vehicle system manages wireless LAN connections to update in-vehicle software.

A communication apparatus controller switches devices from a low-power Bluetooth standby state to an IEEE 802.11 wireless LAN mode for data transmission.

A wireless sensor network initialization protocol assigns unique identifiers and frequencies using ambient RSSI readings.

Centralized power allocation coordinates multi-carrier modules to share energy, expanding coverage without increasing hardware costs.

A remote interference reference signal enables base stations to detect and measure cross-link interference in time division duplexing networks.

A cross-link power save mechanism coordinates power state transitions across multiple wireless links.

A user equipment activates different antenna sets to measure synchronization signals during connected-mode discontinuous receive periods.

Processor alternates NFC circuit between active scanning and sleep states to balance recognition speed with battery consumption.

A dedicated base station isolates unlicensed band terminals from public network interference, ensuring reliable long-range data transmission.

A secondary cell group deactivation method monitors radio frequency bands to reduce power consumption in wireless devices.

A time-scalable priority-based scheduler dynamically adjusts scheduling durations to maximize system capacity utilization in wireless networks.

Dynamic transmission power control in wireless relay networks optimizes signal strength through channel measurement reports.

A location reference device transmits position data via low-power radios to user equipment.

A wireless device adjusts its transmit power level using measured uplink interference from neighboring sectors.

Adjustable power saving timers reduce energy consumption by transitioning wireless terminals to low-power states during non-terrestrial network gaps.

Graphics processing units measure idle and active transitions of power wells to determine optimal hysteresis, balancing energy savings against performance loss.

A multi-link device establishes simultaneous links and defines initial power states through traffic identifier mapping.

Terminal devices receive base station power boost indications to delay camp-on attempts, reducing interference in neighboring cells.

A management server creates frequency resource lists based on device location data.

A Station reduces power consumption and collision probability by decrementing an OFDMA Back-Off value based on received Trigger Frames.

A femtocell network method identifies coverage gaps along user routes and increases access point transmission power to maintain continuous connectivity.

User equipment initiates beam quality measurement requests to reduce CSI-RS overhead and improve system efficiency.

A station requests downlink traffic characteristics via a profile element to determine accurate target wake time parameters.

A GPS engine adjusts Quality of Service periods to conserve battery power during geofence monitoring.

A communication management device selects access points based on quality indications to optimize network performance.

A wireless device adjusts measurement frequency based on its current mobility state to conserve battery energy.

A Wi-Fi ranging method requests actual Short Interframe Space duration from a second device to calculate Round Trip Time using two frames.

A wireless device selects uplink transmission parameters based on physical downlink control channel resource mappings.

A wireless terminal device monitors control channels at defined instances to detect data availability indications from network nodes.

Adaptive sub-band filters separate user thermal signatures from background noise, reducing access delays while maintaining detection accuracy.

A cellular global tracker integrates GPS and temperature sensors to monitor freight conditions in real time.

A wireless communication device updates encryption keys and packet numbers upon confirming legitimate parties.

Radio transmission apparatus selects subcarriers based on per-subcarrier reception quality information.

A wireless communication apparatus performs clear channel assessment using directional antennas to transmit signals efficiently.