Network Traffic/Resource Management TRIZ Cases

A communication method maps packet data units to sets using extension headers to enable unified quality of service control.

A communication device negotiates transmission policies using extension bits in data packets to align multipath connection parameters.

Dynamic V2V safety message transmission rate adjustment logic adapts to vehicle velocity and inter-vehicle distance.

A WTRU monitors PC5 link quality and applies adjusted configuration parameters to maintain communication reliability.

A base station dynamically adjusts multicast-to-unicast switching thresholds based on real-time network loading conditions.

NF service consumer detects PDU session handovers and interacts with NSACF to update counts, resolving inaccurate session management across access types.

A network element adjusts 5G parameters using non-5G reporting data.

A mobile terminal content sharing mechanism uses peer-to-peer index lookup to distribute cached data directly between devices.

A wireless device configures a resource reservation period to restrict channel access during specific intervals.

Dynamic buffer status reporting allows the relay node to adjust network resource allocation based on full or empty states, preventing data loss.

Deep reinforcement learning adjusts channel assignments based on throughput feedback to resolve computational burden in dynamic spectrum access.

Network device sends dynamic waveform indication in downlink control information to resolve ambiguity between CP-OFDM and DFT-OFDM selection.

A communication apparatus acquires connection configuration information through a secondary wireless link to support primary network operations.

A radio base station determines load on high-speed shared channels and reports congestion indications to a network controller.

Terminal uses sl-ReselectAfter to trigger reselection when consecutive opportunities remain unused, preventing conflicts and improving utilization.

User equipment performs application-specific congestion control barring checks to determine access categories.

Access network device determines security processing requirements for data packets based on auxiliary information from core network devices.

Ancillary messages resolve production halts from network interruptions by adapting transmission reliability to adverse responses.

A server updates network access policies based on real-time congestion data to guide terminals away from overloaded areas.

A PDCP entity determines transmission paths to deactivate and instructs RLC entities to discard duplicated data.

Repeating the physical broadcast channel in selected subframes improves downlink coverage reliability for low-data-rate user equipment in deep signal holes.

Distinct SCI formats on PSCCH and PSSCH resolve reliability drops from interference by enabling precise channel access identification.

A configuration method manages routing paths and quality of service mappings for wireless backhaul nodes in integrated access and backhaul networks.

Mobile stations form autonomous clusters via dedicated control channels, enabling direct peer-to-peer data transmission when base station connectivity fails.

Network nodes determine and signal uplink AMBR values to control units, resolving complexity in multi-DU QoS management.

A data management module classifies platform application data to determine whether to store or discard information based on available wireless links.

Network nodes manage slice quotas to dynamically adjust data rate limits, preventing congestion and ensuring fair bandwidth distribution.

Selective event filtering reduces server power consumption while maintaining anomaly detection efficiency in high-volume 5G wireless networks.

A QoS characteristics element indicates a P2P link physical layer rate to an access point.

A gateway monitors wireless interface advertisements to detect tethering activity and dynamically adjusts bandwidth allocation for connected devices.

A wireless data access module aggregates radio resource requests to optimize bandwidth usage.

A method evaluates temporal congestion behavior in O-RAN cells to trigger targeted mitigation actions.

Local estimation of expected information volume allows dynamic sharing of physical resources, resolving inefficiencies in adapting to varying traffic demands.

Network Repository Functions prioritize Session Communication Proxies using load and location data to resolve inefficient discovery bottlenecks.

A mobile system exchanges configuration data between a SIM card and computer using an AT-dialog overlay to enable automatic network connection setup.

Cooperative relay broadcasting selects best helper nodes to rebroadcast packets, ensuring 99% message delivery within 100ms despite channel collisions.

The terminal apparatus notifies the base station of a transmission resource request including service identifiers to enable accurate allocation of suitable resources.

User equipment selects scheduling parameters locally, and the base station sends an acknowledgment response to reduce downlink control channel overhead.

A base station dynamically reconfigures downlink and uplink resource allocation in TDD systems based on traffic conditions.

A network controller initiates reverse sounding to collect beamforming reports from multiple access points for optimal device connection.

An intelligent busy tone generator transmits carrier sequences to signal channel occupancy in wireless networks.

User equipment triggers flow control reports via PDCP count values to reduce signaling overhead in split bearer operations.

A base station apparatus calculates quality scores for received signals and multicasts these metrics to neighboring nodes.

A compact downlink control information format uses preconfigured scheduling options to interpret fields efficiently.

Segmenting RU allocation data into three subfields conveys resource unit assignments for bandwidths exceeding 320 MHz without requiring oversized single fields.

Mobile devices calculate unique distributed deactivation delays to stagger background application data re-enablement.

Network device tailors DRx wait times via QoS identifiers and subscription data, resolving latency inefficiencies caused by standardized configurations.

A network device segments large data packages into subframes and transmits them via pan subframe broadcast to multiple wireless devices.

A wireless access node determines quality of service levels based on medical data sensed by a communication device.