Transmission Path Division TRIZ Cases

Segmented resource pools resolve measurement precision trade-offs by directing control signals to optimized reference signal configurations.

Physical layer signaling triggers channel state information reporting to activate secondary component carriers.

Posterior resource indication information allows terminal devices to skip demodulating reallocated time-frequency resources, reducing performance loss.

Event-triggered multi-link measurement reduces retransmission attempts by reallocating resource blocks based on updated channel conditions.

Base station transmits control messages differentiating preemption from permission indications, reducing power consumption and signaling overhead.

A channel tree structure assigns time-frequency resources to mobile stations using base nodes defined by region areas.

Symbol-level TTIs with guard periods reduce latency from 4ms to 300µs while maintaining backwards compatibility with existing LTE devices.

A network node configures wireless devices with separate time-frequency resource sets to carry simultaneous multicast data.

Ordered cluster parameters identify non-contiguous wireless resources, reducing signaling complexity and processing overhead.

Dynamic selection of physical uplink control channel formats based on symbol count and bit payload size reduces resource wastage in wireless terminals.

Segmenting user equipment into groups reduces latency for unmanned aerial systems by pre-configuring optimal network function profiles.

A frequency-separated supplementary uplink band enables user equipment to transmit data on orphaned New Radio spectrum.

Validity indication bits in DCI formats reduce redundant control bits, improving spectral efficiency for single-codeword transmissions.

Candidate multi-cell CSI-RS time-frequency patterns avoid collisions with antenna ports 0 through 3 and port 5 in LTE extended cyclic prefix systems.

Interrupting first signal reception after decoding the control region allows second technology transmission, reducing interference and energy consumption.

Group common downlink control information merges terminal scheduling data to lower PDCCH collision probability and decrease transmission delay.

Special subframes enable efficient frequency hopping in unlicensed bands, reducing power consumption while managing device complexity.

Base stations transmit paging messages across multiple terminal subgroups within shared search spaces to optimize time-domain resource usage.

Limiting primary component carrier resource blocks to ten maintains reference sensitivity during intra-band non-contiguous uplink carrier aggregation.

Terminal manages bandwidth part switching operations in 5G wireless communication systems.

A flexible FDD frame structure dynamically allocates uplink bands for downlink transmission to optimize resource use.

A base station determines short-TTI resources and sends DCI to terminals.

A carrier aggregation configuration method selects target combinations using mobile country codes.

Segmenting resource element groups into packets expands control resource set capacity, reducing latency for mid-end IoT devices.

A segmented bitmap structure indicates frequency domain resources across multiple resource block group sizes.

Access network devices send downlink control information on a group common channel to indicate slot formats for user equipment bandwidth parts.

Dynamic SRS carrier switching configures uplink carriers to resolve reliability bottlenecks in multi-carrier systems.

A scrambling sequence generation method adapts to dynamic New Radio scenarios using predefined parameters.

Network device indicates mapping type to resolve ambiguity in demodulation reference signal positioning caused by identical physical shared channel durations.

Segmenting tone space into lookup-driven fields reduces preamble size and power consumption in OFDMA receivers.

A scheduling offset mechanism adjusts beamforming weights before data transmission.

A proxy server consolidates multiple client streams into a single multiplexed TCP connection, reducing overhead and improving bandwidth utilization.

Segmenting channel state information into fixed and variable parts reduces decoding complexity while maintaining resource allocation flexibility.

Transmitting reference signals via cyclic and phase shifting sequences across antenna groups using shared radio resources.

Terminal selects PUCCH beam failure request resources from configured groups to reduce signaling overhead during beam failure events.

IDFT precoded SCMA blocks combine via DFT to reduce peak-to-average power ratio across wideband transmissions.

User equipment selects unlicensed channels and advertises selections on licensed bands to resolve interference from inconsistent autonomous choices.

A wireless node selects a serving cell for uplink control information transmission based on scheduling capability.

A frequency coherence metric computation unit averages pilot subcarrier correlations across multiple frames to select an optimal channel profile for OFDM systems.

Segmenting configuration and execution phases resolves operational complexity while improving signal reception reliability.

Segmenting the search space into stages manages power consumption while maintaining schedule signaling reliability.

A SIG-A indication field uses length and signature symbol fields to indicate variable information bandwidths.

Aligning HE-LTF symbol lengths eliminates time-domain interference and improves channel estimation accuracy.

A user equipment selects PDCCH monitoring types based on span patterns and collocation status.

A MAC control element instructs user equipment to activate or deactivate component carrier monitoring via signaling commands.