Synchronisation Arrangement TRIZ Cases

Merging anonymized call records with GPS coordinates creates enriched reference signatures, eliminating expensive drive-testing for accurate geolocation.

Version number tracking detects configuration mismatches between mesh access points, triggering automatic updates to maintain network stability.

Synchronous multi-channel message transmission via a transmit clock signal enables precise time of arrival detection across wireless location receivers.

A reference cell maintenance method keeps secondary cells activated to preserve information references for other network components.

An extended synchronization signal conveys symbol index information to improve detection accuracy.

User equipment measures reference signal arrival times to calculate differential propagation delay and adjusts uplink transmission timing.

Mobile device permits limited network communication via a cell when synchronization is achieved without meeting camping thresholds.

Detecting neighbor base station synchronization signals to configure UE receive resource pools for device-to-device discovery.

User equipment measures timing differences between downlink and uplink signals to generate a timing report for base station adjustment.

Segmenting the measurement gap into multiple windows allows data transmission during gaps, reducing delay while maintaining measurement accuracy.

A terminal device determines time advance values using numerology-specific granularities to adapt timing adjustments across different carriers.

Reuse synchronization signal broadcast resources across 5G and 6G networks to reduce configuration overhead.

Wireless display discovery uses TDLS capability indicators in probe frames to resolve the trade-off between connection reliability and discovery time.

User equipment retains preconfigured aperiodic sounding reference signal resources after scheduling failures to transmit channel state information upon base station trigger.

Scheduling reference signals using carrier-specific numerologies to resolve ambiguity in cross-carrier timing interpretations.

Related devices compare communication notification data items with local activity databases to prevent event duplication.

Merging anchor poll messages reduces message volume and energy consumption while maintaining position determination accuracy in UWB networks.

Devices adjust quiet-period parameters based on maximum sensing demands to resolve interference risks in distributed cognitive radio networks.

Terminal adjusts uplink transmission timing using cell-specific K values and subcarrier spacing parameters to resolve QoS versus complexity trade-offs.

A delay tolerant eNodeB pre-acknowledges packets and continuously transmits random access responses.

A communication system uses a control station to synchronize master stations via a backbone network for precise timing.

Radio network identification signals enable sensor units to store internal time values for central synchronization.

Target cell provides pre-computed time advance to user equipment, eliminating random access delays and reducing control plane interruption.

Mission planning interface manages cryptographic key distribution to restrict unauthorized receiver access during unmanned aerial vehicle operations.

Terminal device uses preset timing advance for uplink transmission.

Terminal measures multiple synchronization signal blocks using configured parameters to resolve initial access reliability versus device complexity trade-off.

Segmented group signal generation drives node circuits to resolve high latency and complex control logic in multi-node synchronization environments.

Categorizes mobile device location into near, middle, and far regions using propagation delay to resolve ambiguity in coarse cell tower identifiers.

User equipment compares stored control values with broadcast indicators to prevent interference from outdated configurations after base station resets.

Stationary measuring devices synchronize clock time by comparing cellular network timestamps with NTP server responses to mitigate high communication latency.

Arbitrator synchronizes packet sequences between setting and rising satellite transponders to prevent loss and duplication.

A handset agent uploads GPS coordinates and observed time differences to calibrate timing-based locating systems.

A device-to-device synchronization method uses pulse-coupled oscillators to adjust phase values based on received signals.

Base station transmits control channel indication allowing user equipment to synchronize using existing synchronization signals, reducing system complexity.

Allocating synchronization signals and broadcast channels to distinct OFDM symbols prevents collisions with legacy systems while reducing decoding complexity.

Network provides SMTC configuration so user equipment performs reliable measurements in switched bandwidth parts, preventing SS block absence failures.

User equipment evaluates synchronization signal states and transmits reports to enable device-to-device operations.

A mobile wireless terminal delays notification starting time based on destination distance to enable priority response for closer devices.