Power Management TRIZ Cases

A wireless terminal utilizes previously stored synchronization parameters to streamline the initial beam search and frequency alignment process.

Ground-based pre-distortion estimates power amplifier characteristics using returned test signals, eliminating inefficient satellite-to-ground feedback loops.

Deep Q-learning networks dynamically adjust uplink power control parameters to balance throughput against interference in cellular networks.

A wireless RF beacon uses a photocell to detect ambient light levels and transition between active and sleep modes.

A processor uses communication modules to transmit detection signals and analyze reflected signals for signal-to-noise ratio.

A network node manages device-to-device communication links by determining and sending dynamic transmit power threshold values to connected devices.

Configuring dynamic resource indication information for semi-persistent scheduling reduces transmission delay during discontinuous reception off periods.

A RAN level negative acknowledgment mechanism identifies missing media frames at the network entity.

Nodes enter selective forwarding mode to limit non-critical traffic, reducing energy consumption while maintaining service level agreements.

An IDC indication message containing an affected carrier frequency list notifies the base station of in-device coexistence interference.

Dividing PSM active time into eDRX cycles reduces power consumption while maintaining connectivity availability.

Multi-address transmission via BLE advertising packets sends control commands before pairing, reducing power consumption while maintaining responsiveness.

Configuring sidelink discontinuous reception patterns for user equipment to optimize resource utilization.

A multi-SIM coordination framework synchronizes discontinuous reception cycles across core networks to reduce device power consumption.

Signaling power ratios enables accurate channel estimation and interference cancellation in multi-user superposition scenarios.

A User Equipment generates a Power Headroom Report Medium Access Control Control Element containing power headroom information for multiple cells.

A base station adjusts reference signal transmission power based on coverage quality reports from user devices at the midpoint between adjacent cells.

A radio transceiver determines signal power combined with predicted effective interference to generate transmit power control commands.

Sharing the intermittent receiving clock with the UART processor activates the intelligent battery pack periodically, lowering standby current consumption.

A universal integrated circuit card prevents radio modems from entering power-save mode during over-the-air updates to ensure reliable data transfer completion.

Dynamic transmission mode switching between unicast and multicast signals reduces bandwidth waste caused by varying channel conditions among group members.

Discovery reference signals enable dynamic carrier selection in unlicensed bands.

A base station apparatus acquires and transmits adjacent cell CSI-RS parameters to a user terminal via the serving cell broadcast channel.

A wireless communication device controller switches between power modes based on switch state changes to manage energy usage.

A network-assisted system dynamically adjusts wireless link configurations to optimize power usage and connection security for user equipment devices.

Segmenting idle discontinuous reception configurations by beam reduces energy consumption in non-uniformly distributed user equipment scenarios.

A wireless device detects packet presence to control power supply from its source.

A hybrid mobile terminal sets an HDR power save mode indicator to manage system acquisition logic for data services.

A base station transmits reference signals using uniform power boosting to improve channel estimation accuracy.

Wireless network architecture dynamically allocates transmission resources to mobile devices based on real-time demand signals.

Transmission apparatus segments data into sub-frames and adjusts power via feedback to stabilize WLAN communication under interference.

A radio communication terminal classifies transmission data by priority class and determines a value unit price to assign transmission order.

Access points autonomously set radio configurations using publish-subscribe messaging patterns for peer coordination.

User equipment transmits PUCCH scheduling information through discovery resources to enable selective power control.

A user equipment transmits a wake-up signal linked to a target cell identity, preventing unnecessary base station activation and reducing network energy waste.

Negotiating multicast delivery intervals reduces client wake-up frequency, lowering power consumption while maintaining reliable frame delivery.

A wireless communication device defines active and inactive periods using a count value to manage packet transmission windows.

A synchronized time domain multiplexing scheme aligns transmission intervals across multiple wireless links to reduce cross-network interference.

A transmitter allocates critical data to power boosting zones within communication frames to enhance signal reception probability.

A dual-connected device uplink path switching control mechanism disables primary path changes during high switching rates.

A 5G terminal selects normal or supplementary uplink based on RSRP thresholds to optimize random access procedures.

A target radio frame carries a channel state information threshold to enable selective reporting by responders.

A receiver controller powers off one mixer when interference is low, switching to a real signal path.

Cancellation subcarriers mitigate out-of-band emission and peak-to-average power ratio without degrading spectral efficiency or robustness.

A user equipment detects coverage status to initiate power saving procedures.

VHT frame embeds spatial reuse subfield in signaling fields to enable adaptive CCA and power control for legacy compatibility.

Base station signals specific random access preamble transmission power parameters to user equipment for optimized uplink performance.

A user terminal transmits discovery-use signals only when determining proximity to another device via neighbor cell monitoring.

A wireless device requests a reserved access resource from a dedicated pool to transmit remaining data after an initial grant-less attempt.

Introducing a corrective term to the SIR target prevents oscillations and power peaks caused by inter-user coupling in cellular networks.