Distributed Allocation TRIZ Cases

Applying separate frequency shifts to distributed-tone resource unit halves optimizes the spectrum mask while reducing power amplifier backoff requirements.

A TDD split configuration manages uplink and downlink restriction durations based on beam pair compatibility.

A mobile service anchor system dynamically assigns devices to base stations with line of sight.

Extended PRS repetition factors enable accurate positioning for RedCap UEs requiring longer resource repetitions.

Indicating port associations for multiple TRPs via separate fields to balance DCI overhead against PT-RS performance.

Determining frequency offset between CRS and DM-RS ports to enable accurate signal demodulation in cooperative transmission environments.

Ng tables configure guard symbols to prevent transmission conflicts during IAB DU and MT resource transitions.

Segmented control fields indicate sounding reference signal sets, reducing overhead while enhancing multi-transmission reception point reliability.

Frequency-hopping aperiodic sounding reference signals across data regions resolves limited control channel capacity in multi-user wireless systems.

Segmenting TDD configurations into slot-specific indicators resolves interference while managing message complexity.

Precoding encodes data signals using channel state information between base stations and user equipment.

A user equipment receives a downlink control information message containing bits that indicate a transmission reception point mode configuration for subsequent communications.

Dynamic UE-RS scrambling initialization using CSI-RS parameters reduces coherent interference from multiple transmission points.

A user terminal assumes uplink spatial relation from downlink transmission configuration indication states to control beams efficiently.

Source base stations coordinate with relevant nodes to reserve interference-free channels, ensuring reliable command reception during mobile terminal handoffs.

User Equipment measures uplink and downlink channel quality on unlicensed carriers to enable network-side scheduling decisions.

A communication device selects channel access procedures based on beam indications and transmission beams to determine channel availability.

An X2 interface configures downlink data transmission between heterogeneous NR and LTE base stations.

Resource configuration apparatus generates tracking resource data to enable transmission point detection of sounding reference signals.

Wireless devices transmit multi-SIM assistance information to detect paging messages while one subscriber remains in a connected state.

Dynamic symbol identification resolves data transmission capacity versus channel estimation difficulty trade-offs in 5G networks.

A synchronization system segments timing alignment and frequency offset estimation to reduce computational complexity.

A location server assigns PRS configurations based on UE capability parameters to support positioning measurements.

Location Management Function merges reference signal configurations across multiple cells to reduce reconfiguration overhead.

A flexible sounding reference signal configuration enables mobile terminals to transmit extended cyclic prefix signals for accurate link quality estimation.

A coordinating evolved NodeB merges backoff counters for multiple Licensed-Assisted Access cells, preventing collisions during unlicensed spectrum access.

A boundary cell coordinates time division duplex slot patterns between macrocells and onsite devices to prevent uplink-downlink collisions.

Segmented scheduling entities manage cross-carrier coordination to resolve resource allocation complexity.

Base station divides multiple access resources into distinct pools to enable user equipment selection based on signal quality.

Segmented configured grant configurations enable simultaneous uplink transmission to multiple access points, resolving single-point limitations.

Dynamic TRP dormancy transitions network devices between active and dormant states, reducing power consumption while maintaining communication functionality.

A terminal receives configuration information regarding resources for first and second channel measurements to determine appropriate use across multiple transmission points.

A User Equipment transmits measurement reports on allocated uplink resources based on specific signal quality conditions.

A spectrum refarm system reallocates licensed frequency blocks to new technologies through interactive diagram management.

Orthogonal training fields enable accurate channel estimation for coordinated access point transmissions.

A distributed shared memory system aggregates physical resources across multiple computing nodes to provide a unified logical memory interface.

User equipment signals network nodes to adjust transmission power, resolving unpredictable interference between systems with different priorities.

Source base station configures candidate, aggregatable, and sensible cell lists to guide user equipment component carrier selection during handover.

A resource scheduling method allocates data offloading proportions between base stations to optimize uplink transmission.

Coordinated measurement occasions define common time intervals and frequencies for reference signals, reducing time wasted on empty frequency regions.

Extends cyclic prefix lengths in PRACH preambles to improve transmission reliability against inter-symbol interference in wideband carriers.

A user equipment estimates phase values from channel state information reference signals to transmit sounding reference signals with precise phase shifts.

A unified downlink control information message schedules multiple transmission layers from distinct base stations to a single user equipment.

A communication device configures distinct scheduling request periods and prohibit timers for secondary cells to manage uplink access.

Joint subband identification generates unified status reports to minimize uplink overhead while maintaining channel state information accuracy.

Access points coordinate periodic multi-channel scans to resolve insufficient environmental coverage while limiting energy consumption.

A wireless node determines resource availability based on scheduling information from multiple entities to optimize simultaneous downlink and uplink operations.

A communication method configures transmission parameters and initial positions for configured grant physical uplink shared channel repetitions across multiple transmission reception points.