Network Traffic/Resource Management TRIZ Cases

Ordered PLMN-ID lists pair with tailored Radio Access Network assistance data to resolve inefficient traffic steering across shared cells.

A split bearer configuration separates mobile and non-mobile access paths via a master station apparatus to unify communication flows.

Base station configures user transmission restrictions based on real-time performance parameters to control uplink data offload.

Lower protocol layer signaling reduces round-trip times and delays in congestion notification, minimizing packet drops for L4S flows.

A message traffic optimization system bundles messages at the application level using a central messaging service.

Segmenting transport networks with intermediate nodes preserves geographical reach while handling latency-critical 5G demands.

User equipment adjusts maximum transmission unit packet sizes using reference signal received power and quality indices to reduce TCP retransmission rates.

A control circuit allocates UWB slots based on quality of service indicators.

A relay device routes high priority messages through a direct path to reduce transmission latency.

A communications apparatus maps quality of service flow identifiers to gate queues with specific inter-packet time intervals.

Base station allocates bandwidth by subscriber count and codec type to reduce call blocking in congested wireless networks.

First terminal indicates M resource sets to target terminals, avoiding hidden node and half-duplex issues in NR-V2X.

Radio base station system distributes traffic load using network load information across the entire backhaul.

User equipment routes specific data to a second base station, bypassing congestion and reducing arrival time.

A device pre-fetches data over WiFi before disconnection.

A data correlator system creates hash values to combine user content with associated identifiers for mobile network optimization.

A packet reordering mechanism reads header information to store and forward data units in a controlled sequence.

A radio communication system uses multiplexer units to transmit data frames redundantly across multiple carrier frequencies.

A wireless access point inserts a unique cell ID into the physical layer header of transmitted frames to identify intended recipients.

Decoding uplink signals with estimated interference side information reduces bandwidth overhead while maintaining signal quality.

Relay nodes send combined uplink data volume reports to access devices, preventing congestion caused by aggregated service data.

A computing system monitors user-plane data volume between access nodes to regulate dual-connectivity service establishment.

A 5G network slicing system separates signaling and data flows into dedicated URLLC and eMBB slices.

Mapping MTC capability parameters to an index reduces air interface resource consumption while maintaining complete information.

Dynamic antenna beam allocation resolves the trade-off between high data rates and narrow cell coverage by adjusting beam parameters in real time.

A compact MAC layer design unifies channel access methods to reduce queue complexity in wireless networks.

Frequency segmentation isolates control signals from backhaul data in the relay apparatus, resolving interference while extending high-frequency coverage.

A controller monitors traffic flow bitrate compliance in wireless systems to enforce scheduling priorities.

A communication device uses dual wireless LAN interfaces and Layer 2 tunneling to generate redundant encapsulated frames via distinct source MAC addresses.

A terminal device selects transmission formats based on detected speed information to maintain wireless connectivity.

A wireless communication apparatus establishes a second channel to switch from a first channel when measurement results fall below quality thresholds.

User equipment adjusts V2X message transmission parameters based on channel busy ratio metrics to prevent network congestion.

Switched multiplexing connects multiple vehicle antennas and transceivers to shared cables, reducing total cable weight and manufacturing complexity.

Dynamic leg management reduces latency by deactivating redundant packet duplication legs while maintaining data reliability in wireless systems.

A communication method inserts sequence number discontinuities between old and new cipher keys to enable seamless data transmission.

A network management system monitors slice performance to steer traffic dynamically.

A bucket-based allocation scheme distributes OFDM subchannels to transmit nodes using signal-to-noise ratio vectors for selective pilot placement.

A content distribution optimizer modifies video manifests to remove high stream rates for mobile edge cache delivery.

A tunnel binding mechanism switches to a backup path when primary links degrade, maintaining continuous high-bandwidth service delivery.

Pre-negotiating video call parameters in the PS domain using IMS signaling to establish a CS video call directly after handover.

A wireless-conferencing radio uses time-division multiplexing to enable full-duplex communication among multiple devices without a base station.

Nodes split DRB ID pools to assign identifiers autonomously, eliminating master node coordination bottlenecks.

Adaptive Multi-Rate codecs switch to Half-Rate mode to double timeslot capacity, preventing dropped calls when candidate cells lack resources.

A directional random access system uses a transmit network allocation vector frame to reserve channels for quality measurement.

A base station determines Quality of Service parameters via a dedicated probing session mechanism.

A core network element routes data to an access network element for group delivery using dedicated transmission resources.

A device proxy fetches content segments over a low-cost potential data bearer and stores them in an intermediate buffer.

Aggregating small packets into single units resolves bursty traffic bottlenecks that limit individual uplink and downlink rates in IoT networks.

A multipath TCP system segments data blocks across multiple wireless wide area networks to coordinate transmission paths.