Synchronisation Arrangement TRIZ Cases

A directional repeater retransmits synchronization signal blocks in specific angular directions to support beam management.

Segmenting carriers into groups enables parallel channel sensing and transmission, reducing listen-before-talk latency in unlicensed bands.

A deterministic mesh node synchronizes local clocks using multi-agent reinforcement learning to estimate future offsets from neighbor measurements.

Sounding reference signal subsets refine beam alignment accuracy while reducing signaling overhead and latency.

Restricting neighboring cell transmission bandwidth to 1.25 MHz enables user equipment to decode downlink signals without connection gaps.

Segmenting synchronization sessions via an intermediary resolves complexity trade-offs while maintaining multi-domain adaptability.

Segmenting the fabric into individual hops with intermediary probes pinpoints exact latency spike locations without excessive device complexity.

A distance measurement system uses directional antennas and a cooperating device to verify spatial constellations.

A method sets reserved subframes within a system frame cycle to align sidelink resource pool bitmaps with integer repetition counts.

Dual frequency tracking loops correct Doppler-induced offsets to ensure accurate demodulation of dedicated and shared channels.

User equipment performs listen-before-talk procedures on frequency resource sets to select base stations for communication.

A synchronization server creates offset files from time metadata to align multiple data streams on client devices.

Distinct primary synchronization signals resolve channel mismatch issues at cell edges, reducing handover disconnect probabilities.

Terminal determines available random access resources based on time location information for downlink signals to avoid overlapping communication times.

Base station transmits beam repetition mode indicators to resolve ambiguity between beam sweeping and repetition, improving channel acquisition accuracy.

A mesh network diagnostic method segments transceivers into triangle graphs to calculate component scores and trigger corrective actions.

A first device determines a time-frequency pattern for a network listening resource and transmits a sequence using that pattern to a second device.

Fixed packet rates decouple timing from bitrate, reducing network complexity and easing clock regeneration at receiver nodes.

A network node coordinates synchronization links between radio base stations using hearability and synchronization ability information.

User equipment detects a control time slot preamble to calculate phase differences for frame synchronization on an MBMS dedicated carrier.

A radio resource allocation method adjusts communication sub-frame duration based on time shifts between component carriers.

Segmented timing advance loops resolve accuracy complexity trade-offs in multi-TRP deployments by maintaining independent synchronization states.

Adaptive paging multiplexing segments transmissions by device type to resolve the trade-off between reliable paging delivery and energy consumption.

A synchronization platform adapts to mobile nodes using GPS and Internet time servers.

A wireless transceiving device group establishes bidirectional connections with a data source using a unified identifier to synchronize data across multiple devices.

Capsule detection disables non-essential electronics during shipping, preserving battery charge for first use.

Segmenting control transmission into multiple independent CORESET repetitions improves reliability without increasing device complexity or latency.

A user equipment selects a specific time division duplex configuration from assigned options to transmit a random access preamble.

A satellite device broadcasts critical information directly to ground terminals using Bluetooth Low Energy.

User equipment acquires timing and frequency references from interfering base stations to maintain synchronization with a serving node.

A communications device postpones signal transmission to a first device until after intermittent reception from a second device.

A grant-free uplink signal merges timing advance and channel estimation into one transmission using frequency or time division multiplexing.

A timing management system segments uplink component carriers into groups to coordinate simultaneous sounding reference signal transmissions.

Signaling different time unit resolutions in fine timing measurement protocols enables precise millimeter-level distance detection.

A base station determines wireless transmission resources by merging historical and current measurement reports.

A user equipment sends a request message for supplementary system information, allowing the base station to transmit specific data within a defined time window.

Network device generates synchronization signal block indication message with group information to identify transmitted blocks.

A UE selects a synchronization reference by calculating average RSRP from received sidelink synchronization signal blocks.

Control apparatus determines spot removal based on reception quality to resolve coverage optimization contradictions in array antenna configurations.

A terminal transmits an RRC connection reestablishment request containing a state transition indicator to enter a specific radio resource control state.

A reference signal transmission method segments synchronization and demodulation signals to reduce resource overhead in wireless networks.

An extended synchronization signal block adds an initial symbol to support diverse user equipment capabilities in 5G networks.

Centralized servers synchronize unsynchronized passive sensors using signal arrival times, reducing power consumption while resisting jamming.

Satellite pulses synchronize distributed ground clocks without line of sight, resolving atmospheric noise errors.

A wireless network access method parses physical frames on subchannels to acquire system parameters and maintain synchronization.

A user terminal omits random access preamble transmission during handover using timing adjustment information from the base station.

Segmenting the synchronization channel into common and cell-specific parts reduces peak-to-average power ratio while maintaining low computation complexity.

Terminal configures sounding reference signal symbol sets at specific time domain positions within subframes for uplink transmission.