Network Traffic/Resource Management TRIZ Cases

Access points notify peers of newly allocated channels to bypass radar interference and reduce reestablishment time.

Gateways dynamically modify quality of service attributes using capability information, resolving rigid pre-configured settings.

A mobile base station self-organizes with macro networks to provide cellular coverage.

Throttles session host APIs to emulate client bandwidth, resolving streaming performance issues caused by network variability.

An intermediary agent bridges cloud platforms and 3GPP networks by registering load balancer addresses without modifying existing infrastructure.

User equipment autonomously determines transmission duplication across multiple paths based on radio link conditions.

Base station adjusts channel bandwidth dynamically to match traffic loads, enhancing frequency efficiency across networks.

A user equipment resets its Medium Access Control entity when cell reselection occurs during an active Radio Resource Control connection procedure.

Scenario sampling selects measured user device placements to optimize base station deployment while reducing computational complexity.

Establishes direct tunneling between mobile device and packet gateway node to reduce network hops and overhead in unlicensed mobile access.

Terminal selects buffer size tables based on logical channel groups to reduce unnecessary uplink transmissions and power consumption.

A hybrid communication engine selects between wired and wireless interconnects based on real-time system parameters.

A first user equipment transmits a sidelink communication request to a second user equipment subscribed to a different public land mobile network.

Extracting minimal header compression parameters prevents packet loss and maintains communication continuity during mobile node hand-offs.

A wireless network scaling system adjusts active node counts based on real-time arrival load rates and existence time metrics.

A dedicated bearer configuration isolates emergency messages between gateway and eNB to ensure high scheduling priority.

A clustering control function partitions base station clusters into sub-clusters with unique RLC entities for dynamic radio bearer management.

Segmenting QoS Flow identifiers into DRB and shortened components reduces SDAP PDU header length.

Network side device switches between unicast and multicast transmission modes based on terminal device counts.

Segmenting N3 tunnels via SMF configuration resolves the trade-off between data transmission reliability and network complexity in 5G core networks.

A network node selects between IMT and MMW links for packet-switched services based on current data rates.

Packet data node gateway pairs user equipment to route packets directly between devices without traversing external networks.

A relay node transmits control signaling between network nodes using SRB bearers.

Machine learning models classify encrypted traffic by analyzing packet statistics, enabling accurate QoS assignment without decrypting data content.

A communication system allocates high-bandwidth satellite connections to popular on-demand content based on real-time user demand.

A load balancer segments data across multiple network interfaces to optimize traffic distribution.

A simplified frame header uses association identifiers to replace standard MAC addresses in data communications.

QoS flow templates map downlink IP flows to bearers, resolving Quality of Service management challenges in 3GPP access networks.

Wireless devices divide into independent sets to selectively adjust communication parameters based on aggregated interference values.

Segmented MAC headers with selective extended indicators reduce overhead while maintaining transmission efficiency in IEEE 802.16m systems.

A relay node maps IP packets to communication tunnels using differentiated services code point values in protocol headers.

A control apparatus requests radio resources based on flight path information to maintain connectivity with flying mobile terminals.

A wireless device bundles multiple sampling values into aggregated data packets to reduce transmission overhead.

Embedding control messages in data channels reduces physical downlink control channel congestion while maintaining throughput by utilizing otherwise unused capacity.

Remote UE maps sidelink PQI to Uu 5QI parameters via relay connection, resolving uncorrelated link reliability.

Severity-based overload indicators allow serving nodes to adjust traffic volume and prioritize interfaces, preventing HSS crashes during high load.

An aggregate packet de-aggregation device segments incoming packets into smaller subframe units before transmission to a host interface.

A user equipment requests local area data network policies from an access and mobility management function to determine a specific data network name.

A multi-network on-board unit manages communication pathways using adaptive protocols and self-healing capabilities.

A User Equipment generates a Delay Status Reporting Medium Access Control Control Element to indicate buffer size for logical channel groups.

A node dynamically adjusts communication bandwidth based on adjacent system activity to reduce out-of-band interference.

Dynamic resource pools resolve interference between simultaneous D2D and WAN operations.

A user equipment monitors shared control channels for congestion indications to manage connection attempts and radio states efficiently.

A protection module records conference credentials during disconnection to enable automatic re-entry upon signal recovery.

Electronic device transmits voice packets through primary and secondary communication links to improve data transmission speed when network delay increases.

Devices provide connection reasons during requests to resolve steering flexibility versus decision accuracy contradictions.

A device-aware DFS framework allocates 5 GHz channels based on client capabilities.

An intermediary function mediates between NWDAF and UPF to collect analytics data without increasing interaction complexity.

Obtaining relay load information including free bandwidth and bit rate enables precise relay selection, reducing access latency in limited coverage scenarios.

Autonomous selection of precoding weights aligns interfering signals into reduced dimensional subspaces, eliminating inter-cell interference.