Network Traffic/Resource Management TRIZ Cases

A receiver decodes cross-technology physical layer preambles to identify ongoing transmissions in shared spectrum environments.

Segmented buffer status reporting distinguishes duplicated from non-duplicated data volumes, enabling accurate network-side transmission monitoring.

A group coordinator device combines scheduling requests and buffer status reports to request transmission grants.

A session management function reselects a backup user plane network function to maintain active data connections.

A method acquires terminal access capability to establish a secondary connection with a secondary network device.

A terminal device autonomously identifies uplink packet information to generate and configure local transmission paths without external network assistance.

Distinct access identifiers separate control messages from user data over non-access stratum links.

A base station switches communication modes to prevent unnecessary data re-transmissions.

Configuring random access preamble duration to one symbol reduces air interface overhead while maintaining uplink synchronization for small cell networks.

Non-source nodes transmit coded packets to recover missed data, reducing total reception time and improving throughput in half-duplex wireless networks.

A distributed base station manages multicast radio resources by selectively including or omitting configuration parameters in control messages.

Gateways map InfiniBand FECN fields to Ethernet ECN bits, preserving congestion notifications during decapsulation to prevent packet loss.

Intelligent eNodeBs route machine type communications through segregated short messaging and data-intensive networks to reduce congestion.

A network controller generates a second scheduling grant scheme with fewer grants per time slot to manage radio terminal transmission rates.

Signaling future transmit resource allocations allows receivers to predict interference and improve signal quality measurement accuracy.

A network device determines user equipment type upon access request and migrates the unit to a corresponding node.

Aggregating logical channels at the eNodeB balances processor workload, reducing power consumption during low traffic periods.

A network device acquires network slice information to set and configure area priority for a terminal device.

Dedicated counters segment control and data processing to protect PDCP control PDUs from unauthorized access while reducing overall device complexity.

User equipment transmits random access preambles on a licensed carrier to establish connection with an unlicensed cell.

Remote profile management eliminates physical SIM handling during device changes, reducing service disruption.

A network controller pre-transmits user data and service information to a target network before an access terminal connects.

Dynamic bandwidth part adjustment and carrier aggregation downgrading manage uplink control channel capacity to prevent network overload during high loads.

Segmenting service flows into sub-QoS flows enables differentiated packet handling via distinct policy rules.

Reoptimizes UAV formation communication topology by exchanging positions to minimize costs.

Server segments participants by location and network type to deliver voice messages efficiently, reducing congestion during large group calls.

A network-based ATC server coordinates traffic distribution across multiple access networks using adaptive algorithms.

A traffic engineering method modifies routing inputs based on link buffer status to split data across multiple paths.

User equipment selects processing timelines based on capability reports to resolve latency and power consumption trade-offs in FR4 bands.

A Bluetooth data interception mode enables secondary audio devices to acquire packets from a primary source without bidirectional communication.

An on-demand network slice overlay system collects endpoint load metrics and core capacity data to dynamically adjust wireless connectivity resources.

Selective compression bypasses CPU-intensive processing for low-ratio packets, reducing power consumption and response time in 5G NR systems.

A user equipment generates a dynamic buffer status report table based on network parameters to encode data amounts.

Correlating traffic data across interfaces detects temporary beam interferences, eliminating costly drive tests.

Segmenting discovery and synchronization resolves the trade-off between accurate time-frequency alignment and scanning overhead in LTE-Advanced networks.

Cloud edge gateways intercept SIM device traffic to bypass corporate data centers and reduce latency.

A telemetry stream monitors software-defined radio access networks to detect potential anomalous activity in real time.

A V2X information transmission method adjusts wireless parameters via feedback.

RAN nodes exchange support indications for information elements to prevent procedure failures from unsupported signaling.

SMF enforces PDU session limits per network slice using incrementing counters to prevent congestion.

Network entities broadcast sector load data to terminals, which adjust signal quality measurements with offsets to balance traffic distribution.

Adding a sequence number field enables receiver detection and discard of duplicates, reducing signal overhead and power consumption.

An automated algorithm system processes communication network data to generate geographic clusters of interest for infrastructure planning.

Session management function groups quality of service flows to map multiple flows onto single user datagram protocol ports, resolving limited port availability.

Server allocates downlink resources using volume-to-distance ratios to transmit obstacle detection data.

A controller correlates IP addresses with cellular attributes through a mapping table, resolving monitoring complexity in heterogeneous networks.

A wireless communication node determines disjoint transmission windows based on network quality and application performance indicators.

A mobile device background application data restriction service limits network traffic from inactive apps to preserve bandwidth for active user interactions.

User equipment reports in-device coexistence interference status through scheduling request messages to identify affected transmission links.