High Level Techniques TRIZ Cases

A multi-mode patient monitoring device receives candidate access point data through beacon signals emitted by a serving access point.

A mobile terminal test apparatus switches between automatic and manual transmission modes for control messages.

A user equipment configures multiple semi-persistent scheduling occasions and monitors downlink assignments using a timer mechanism.

A CF field in the MAC payload indicates non-contention based random access correspondence to align device states.

Network device sends paging indication information grouped by beam to reduce power consumption and air resource usage in 5G mmW systems.

A mobile station uses a separate uplink channel to avoid contention-based collisions when signal quality drops below a threshold.

A radio frame analysis system calculates an acquisition period based on transmission node counts to extract feature values.

Network monitor component extracts traffic data from bridge-mode gateways to restore remote visibility into bandwidth usage and spectral energy.

Network-provided usage indices enable terminals to select appropriate resource pools for specific use cases, resolving selection efficiency bottlenecks.

A user equipment acquires synchronization and AGC data from candidate secondary cells before configuration to enable rapid network activation.

A network switching method evaluates transmission delay alongside signal strength to select the optimal communication path for electronic devices.

Schedule request signals convey buffer status directly, eliminating separate buffer status report transmissions to reduce power consumption and time delay.

A terminal apparatus measures signals from a second communication system to enable dynamic scheduling adjustments.

A portable device transmits pilot signals across multiple frequencies to enable in-vehicle distance detection.

Fusing accelerometer peaks with gyroscope sensitive axis data resolves inconsistent arm swing patterns that cause inaccurate peak detection.

User equipment selects sidelink resources based on frequency continuity and maximum power reduction to optimize transmission.

Extracting activation commands from MAC CE to physical layer DCI reduces secondary cell activation time and improves throughput.

A remote user equipment receives a handover trigger from a relay device to suspend and re-establish connections.

Segmenting user equipment into paging subgroups reduces unnecessary resource usage and power consumption during idle states.

Coordinated access points decode overlapping target wake time reports to negotiate resource sharing, reducing worst-case latency for time-sensitive traffic.

Multi-slot group PDCCH monitoring resolves phase noise and short slot duration challenges at 60 GHz by adapting processing allocation across slots.

A base station configures paging repetition levels based on user equipment coverage enhancement status.

Anchoring high-band mmW links to low-band control channels resolves signal attenuation and coverage gaps while reducing power consumption.

A base station transmits a compact paging ID through beam sweeping to identify idle terminals in MIMO systems.

A cell switching method determines data amounts to switch terminals from 5G to non-5G networks.

Electronic device manages cellular handovers by evaluating service types and internal states to control high-frequency band connections.

User equipment selects wireless networks using throughput and error rate data to mitigate service quality degradation from access node load.

Adapting radio resource selection strategies in NR V2X sidelink communication reduces power consumption for battery-operated vulnerable road user devices.

A paging early indication mechanism selects pre-defined offset values to schedule wake-up times for terminal devices.

Master node segments ANR function with secondary node to maintain neighbor relations while reducing system complexity.

Antenna module transmits wide and narrow beams to increase unit area capacity without adding new sites.

Assigning devices to access nodes supporting uplink split mode resolves reliability issues caused by inconsistent handovers and poor RF signal conditions.

A rate adaptation unit translates standard Ethernet signals to variable effective data rates between the MAC and PHY layers.

A user equipment device dynamically configures its modem settings based on the network usage characteristics of running applications.

User equipment counts Listen Before Talk failures in unlicensed cells to trigger mobility control decisions.

A handover control method transmits difference information between source and target radio base stations to update mobile station settings.

A wireless device performs secondary radio access technology measurements during uplink transmission periods using multiple receiver chains.

Timer-based triggers determine random access initiation and success for a 5G Secondary Cell Group, reducing recovery latency and power consumption.

Wireless devices coordinate wake-up schedules to reduce latency and power consumption during network paging.

A bundled frequency division multiplexing structure allocates resource block portions to power-limited devices across multiple time transmit intervals.

Base station increases paging transmission power for link-budget-limited user equipment to resolve reliability versus network energy consumption trade-offs.

Co-scheduling paging occasions across multiple USIM identities reduces control signaling overhead and energy consumption in wireless networks.

A station installation design method calculates reception power and converts it to transmission rates for base station placement.

Terminals report service status and speed data to network devices, which configure parameters to improve throughput and reduce energy consumption.

A network-side handover algorithm analyzes access node power consumption to determine optimal user equipment allocation.

A display method fuses luminance values across angles of view to stabilize camera preview images during zoom operations.

A user equipment monitors a subset of component carriers based on downlink transmission duplication information to reduce power consumption.

A user equipment evaluates correlation between location information and measurement results before transmitting reports to a base station.

A terminal apparatus uses luminance distribution acquisition and learned models to determine user operation status for precise power-saving mode shifts.