Network Traffic/Resource Management TRIZ Cases

A converged User Plane Function shares subscriber data directly between sessions to streamline network operations.

Terminals exchange QoS request and response messages to establish direct connections only when service parameters are met.

A unified resource allocation message designates transmission resources across multiple frequency assignments using distinct address types and values.

A relay node switches data transmission to a second frequency band when the first band utilization meets criteria.

Baseband processor merges application processor buffer data into buffer status reports to eliminate under-reporting of pending uplink data.

A wireless communication device transmits uplink signals for candidate base station measurement to enable precise target selection.

A dedicated identifier combines user device and local cell identifiers to detect collisions at the base station.

A link scheduling algorithm activates backhaul or access links in OFDMA relay networks to maximize data transmission capacity.

A receiving user equipment determines and reserves wireless communication resources for unicast transmissions.

Editing SDAP headers based on configuration differences prevents out-of-order uplink reception during data radio bearer release, preserving packet integrity.

Segmenting uplink resources into subsets within one grant message reduces collision probability and signaling overhead in LTE networks.

Network-mediated per-flow QoS configuration resolves the trade-off between communication reliability and device complexity in V2X sidelink systems.

User equipment selects a sub-band based on radio conditions, reducing scheduling overhead while supporting massive machine-type communication devices.

A Policy Access Gateway enhances Diameter Routing Agent functions with session binding mechanisms for scalable network deployment.

A communication device determines new data traffic admission by evaluating transmission deadlines and packet states.

A compression apparatus evaluates data flow compressibility to selectively enable or disable algorithms based on measured gain levels.

A diverting system bridges packets to service chains based on communication session state analysis.

Embedding control plane signaling within uplink data packets enables immediate transmission before PDU session establishment, reducing latency below 100 ms.

A centralized Service Rendezvous Point coordinates resource allocation across multiple network domains to support dynamic service deployment.

A multi-band wireless station assigns client stations to specific sub-bands using dynamic load and link quality metrics.

Compressing Radio Resource Control layer messages reduces signaling overhead and improves resource efficiency during small data transmissions.

SIP routing directs media requests through IMS, eliminating proprietary access control overhead.

A multi-link convergence method uses a shared binding identity to aggregate physical links into a single logical channel.

A bonded connection system monitors data usage across multiple channels to apply selective rate reductions.

Signaling UE group identities in data frames to dynamically allocate reserved contention-based access channels.

An adaptive multi-link control system aggregates communication links to enhance network throughput.

Segmenting broadcast queues by message type prevents blocking from third-party apps and ensures timely system message delivery.

A first node allocates uplink resources and transmits a buffer status report containing total data amounts to optimize radio communication efficiency.

Segmented access nodes and centralized controllers manage resource allocation to resolve quality of service trade-offs in wireless networks.

A handover management scheme selects serving satellites using visibility windows and load balancing to reduce inter-satellite switching frequency.

Resource coordination modules partition wireless channels to reserve uplink resources and mitigate interference between base stations.

A GraphQL interface consolidates multiple requests into a single URI, resolving over-fetching bottlenecks in sixth generation networks.

Application processor resources reserve capacity for active cellular vehicle to everything calls and release them when idle.

A dynamic load management system adjusts terminal access parameters to distribute traffic across wireless network cells.

A Relay UE configures sidelink logical channels and checks data origin before triggering buffer status reports.

Open-loop link adaptation uses vehicle speed and packet size to select transmission formats, reducing latency and signaling overhead in V2X networks.

A receiver filter mask reconfigures based on validated preamble segments to support high data throughput rates in wireless local area networks.

A User Equipment embeds trigger response information in a delivery report message, reducing signaling overhead by eliminating separate report transmissions.

Aggregating resource status via a master node reduces call blocking and signaling overhead in integrated LTE networks.

User equipment sends resource request indications to network devices upon service data arrival, reducing latency in high-delay requirement services.

Device monitors VPN tunnel parameter expiration and triggers renegotiation to prevent session interruptions during time-sensitive communication.

A mobile station transmitter reports congestion status from a slave base station to a master base station, bypassing slow backhaul lines for dynamic scheduling.

A base station calculates transmission start deadlines to allocate wireless resources for timely data delivery.

A traffic offloading control mechanism differentiates parallel processes between 3GPP and non-3GPP networks to manage IP flow switching.

A master server configures sharing policies and manages queuing for shared MBMS bearers.

Dynamic threshold adjustment resolves contention unpredictability by adapting detection limits to real-time OBSS interference.

Subscriber Station detects channel quality indicators to request sub-channel assignment scheme transitions.

Source base station transfers child node context to target logical IAB-DU for seamless migration.