Synchronisation Arrangement TRIZ Cases

Combining multicast and complementary unicast content improves signal quality and resource allocation when primary network reception is poor.

Access point base station synchronizes with macro base stations using assignment messages and neighbor lists.

Segmenting alignment into coarse and fine stages reduces search time and radio resource consumption while maintaining high angular resolution.

A user equipment determines estimated timing advance for random access channel communications to enable accurate transmission.

User equipment applies pre-stored timing advance values during layer 1/2 triggered mobility handovers to maintain uplink synchronization.

Dynamic time-frequency patterns transmit synchronization signals to diverse user equipment.

Direction of Arrival timing offset estimation decorrelates SC-FDMA signals, reducing miss detection and false alarm rates in LTE uplink receivers.

User equipment performs relaxed radio resource management measurements on specific synchronization signal blocks to optimize wireless communication efficiency.

A terminal receives synchronization signals from a primary satellite to transmit channel status information for selecting a secondary satellite.

Segmenting beams into groups reduces measurement complexity while enabling fair target cell selection in new radio networks.

A synchronization unit tracks stable synchronization after an interference signal controller eliminates estimated interference from received RF signals.

A terminal triggers timing advance adjustments using pre-configured NTN parameters to enable synchronized reconfiguration.

A spectral response appliance collects frequency-domain data to identify compute environments and adjust wireless parameters.

Multi-link reconfiguration elements trigger precise roaming transitions, reducing latency and interference in dense Wi-Fi deployments.

Segmented access points handle roaming and routing to eliminate single-point server failures in wireless intercom networks.

Feedback from slave decoding conditions triggers master mode switching, reducing power consumption and waiting periods during high-speed MIPI data transmission.

An X2 interface exchanges segmented resource data between LTE and NR base stations, enabling spectrum sharing without additional carriers.

A radio communication apparatus generates distinct unique words per frame using time-based initialization to secure transmission.

A base station determines a dynamic guard interval based on cell radius to optimize air-to-ground wireless transmission opportunities.

A NAN terminal joins a coordinated cluster by receiving discovery beacons and omitting rank comparisons, reducing power consumption during the joining process.

A dual-mode mobile terminal uses a timer interrupt to periodically connect to a synchronous CDMA system for accurate time updates.

Terminal apparatus determines PRACH occasions via SS/PBCH timing indices to resolve resource management complexity in multi-scenario communications.

Correlates synchronization channel sequences to estimate pilot signal strength, eliminating Fast Fourier Transform requirements and reducing chip area costs.

A communication apparatus aligns local time base frame boundaries using synchronization signal offsets.

Mapping SSBs to non-consecutive symbols with varied subcarrier spacings and CP lengths resolves compatibility issues in high-frequency wireless systems.

Reception apparatus corrects time displacement between Common and Data PLP streams using embedded timestamp comparison.

A base station sends configuration messages with time domain position information to terminals for random access channel resource allocation.

A base station determines mobile station location to transmit targeted synchronization slot parameters for efficient cell search.

An R-bit identifier indicates time granularity of the timing advance parameter, aligning uplink and downlink times across cells exceeding 107 kilometers.

A cyclic prefix structure manages subframe start timing adjustments in wireless communication systems.

Dynamic selection of channel access procedures and starting positions improves communication reliability while managing signaling overhead.

A terminal receives discontinuous reception configuration to determine subframe timing for channel state information transmission.

A device receives a system information message and an RRC message to configure random access on a bandwidth part.

Beam hopping and frequency planning optimize bandwidth efficiency while managing signal interference in underserved regions.

A data transmission device determines a reference time point to position a data channel within a subframe.

A user equipment location system processes historical network data to build a lookup table for precise positioning.

Configuring uplink channel resources with single or multi-subcarrier signals to reduce user equipment power consumption.

A TDD network node configures partial uplink subframes to create silent periods between transmission directions.

A device synchronization method updates forwarding hop counts to relay secondary D2D synchronization signals between user equipment.

An enhanced timing advance scheme aligns backhaul and access link arrival times to enable multi-user MIMO gains.

A relay node estimates timing advance information from machine-type communication devices and reports it to the base station.

Master device sends scan command to slave before broadcasting timestamp data, eliminating random delays from long connection intervals.

Segmenting transport blocks into modular LDPC code units optimizes decoding performance while minimizing memory resource consumption.

Terminal applies stored TCI state from original bandwidth part during switching to resolve configuration ambiguity and reduce transmission overhead.

Overlapping segment windowing improves SFN and CFO accuracy under low SNR conditions.

A 5G frame structure segments bandwidth into control, anchor, and data subbands to enhance scheduling flexibility.

A mobile station synchronizes to a system-wide broadcast channel using macro-diversity combining from multiple base stations.

A signal processing system adjusts upsampling factors to retain digital samples across variable symbol rates.

A synchronisation apparatus calculates signal timing differences between devices to align a slave device timebase without prior distance knowledge.

User equipment operates as a Precision Time Protocol grand master clock to generate and transmit time synchronization messages directly.