Network Traffic/Resource Management TRIZ Cases

A user equipment manages radio bearers by prioritizing non-IP logical connections to maintain persistent IoT links.

A Wi-Fi module punctures secondary channel preambles to reserve sub-channels for Bluetooth communication.

A MAC PDU parser stops processing when encountering an invalid logical channel identifier to preserve successfully parsed sub-PDUs.

Base station transmits blind grants for uplink data and dynamic scheduling for downlink data in fixed wireless access networks.

A ROHC compressor appends an identifier in an Initial and Refresh packet to signal a static IP-ID value to the decompressor.

Segmented preamble regions enable HE-capable devices to process enhanced fields while legacy systems ignore them, resolving speed and compatibility trade-offs.

A wireless access point advertises a wider range of data rates to mobile stations.

A predictive system forecasts zone-based client counts using historical location data and wireless signal strength.

Modified AT commands manage packet data network connections and assist user equipment in switching between cellular and non-cellular networks.

Segmenting rate matching parameters into N distinct groups resolves resource allocation inefficiencies in multi-TRP joint transmission scenarios.

A base station requests real-time user equipment capability data to dynamically determine model training and inference schemes.

Segmentation decouples signaling from media to prevent immediate termination during SIP disruptions.

A network element transmits downlink control channel information on a licensed LTE bandwidth to coordinate subsequent data transmission.

A mobile communication system reroutes cellular traffic to non-cellular networks via offload messages.

Terminal device switches PDCP uplink path between cell groups while transferring preprocessed data to the new RLC layer.

Access category transmission scheduler allocates resource units based on buffer status reports to resolve uplink congestion.

A method transports complete transmission service information via ISUP messages to mobile switching centers.

Segmenting downlink messages into smaller packets reduces packet loss during automated vehicle marshaling operations.

Access network segments packet data across multiple transmission slots to enable timely delivery and efficient resource utilization.

A cellular base station performs channel contention to occupy an unlicensed band for communication.

A NAS node selection function extracts SCTP header information to route signaling messages across core network nodes.

Selective channel scanning prevents TCP congestion misinterpretation and preserves higher layer data throughput.

Network-assisted bonding adjusts data stream distribution via real-time feedback to optimize bandwidth and reduce resource waste.

A multi-link transmission device selects available wireless links through contention to route data packets dynamically.

NSACF mediates between AMF and SMF to manage network slice availability, resolving incomplete administration during UE transitions between 5GC and EPC.

A resource selection method senses scheduling assignments and measures received power to select communication channels for direct device-to-device transmission.

A load management module matches client devices to access points based on spatial stream capabilities.

Mapping sidelink QoS identifiers to 5G QoS identifiers meets the total packet delay budget, resolving independent configuration delays.

A mobility manager adapts traffic patterns to allocate bandwidth fairly across mobile nodes.

Central device reorders data packets using sequence numbers to optimize wireless network resource allocation.

Dynamic uplink-downlink subframe configuration adjustment maintains communication continuity in time division duplex systems.

A multiplexer selects redundant communication links by calculating figure of merit values from processed data streams.

Per-sender pause counters segment control signals to prevent unnecessary halts of other components during high traffic overload.

An Interaction Gateway establishes dedicated bearer sessions to route service messages accurately.

Central unit transmits immediate acknowledgements before decoding, mitigating fronthaul propagation delays and interference in cloud-based Wi-Fi networks.

A user equipment offloads data to a secondary link when the primary radio connection fails, maintaining continuous transmission without reestablishment.

Cloud analysis of interference scores directs wireless devices to switch to the least congested channel, eliminating manual site surveys.

Unused cyclic shifts of Zadoff-Chu sequences provide accurate noise estimates on access channels, resolving weak signal detection issues.

A supervisory device maps multiple access points to a single virtual access point, scheduling transmissions to reduce latency and frame loss.

A Task Resource Scheduler estimates processing needs to allocate resources for physical layer communications.

Combining downlink traffic and uplink control channels reduces signaling overhead while maintaining independent resource management.

Dynamic measurement gap configurations adapt to specific service types, reducing jitter and latency while maintaining throughput.

A user equipment determines candidate transmission resources based on target information indicating resource reserving priorities of different data types.

A first base station sends service information to an offload base station to configure radio bearers and handle wireless data transmission.

Probe uplink resource allocations gather queue size data between periodic intervals to reduce queuing delays in wireless communication systems.

A variable length buffer status report adapts to logical channel group data states.

A first device determines service path availability by analyzing data packet receiving conditions to enable effective access.

Dynamic frame length adaptation resolves contention conflicts and improves throughput for diverse data services.

Subspace filtering-based spectrum sensing updates radio environment maps to enable targeted secondary user access in cognitive networks.