Network Traffic/Resource Management TRIZ Cases

A wireless measurement method transmits configuration information with differentiation indications to terminals.

A proxy layer segments authorization traffic to isolate client updates, preventing system-wide failures during protocol changes.

A VTS control header embeds priority data in IEEE 802.11 MAC frames to enable efficient video transport stream transmission.

Mobility Management Entity predicts overload duration to determine User Equipment reconnection types, balancing network load against connection speed.

Combining multiple PRACH transmissions at higher power levels resolves poor link budget and frequent handovers in directional beam systems.

An adaptive aggregation method selects mechanisms based on feedback to optimize energy and bandwidth usage.

User equipment transmits carrier aggregation capability to the network side for proper resource configuration.

A network entity generates traffic steering commands to balance data flows between cellular and non-cellular access networks.

User equipment throttles uplink data flow for unattended applications based on network indications.

Establishing early forwarding sessions between base stations improves reliability while reducing signaling complexity.

A bearer configuration method transmits multiple data streams through a single logical path using preconfigured sessions.

Access point identifies priority devices and reconfigures WLAN settings like band steering when utilization exceeds thresholds, resolving congestion issues.

Base station selects TRX mutual aid based on board capability and cell configuration to restore faulty carriers.

User equipment measures network congestion metrics to dynamically adjust connection parameters for optimized data transmission.

User equipment requests radio resources using first and second allocation modes, triggering a second report if no allocation arrives within a set time.

Automated network slicing dynamically allocates virtual resources to diverse service requirements.

A mobile server deployed in a WLAN acquires link quality and location data to enable accurate traffic offload decisions.

Dynamic Prioritized Bit Rate selection optimizes resource utilization and reduces latency in wireless systems handling varying traffic patterns.

Service Data Adaptation Protocol layer generates control PDUs to manage data radio bearer transitions.

Spatial privilege signals differentiate sender devices by location, preventing unauthorized interruptions and sensitive content exposure during presentations.

Terminal obtains 5G LAN configuration information to determine access decisions based on session continuity support.

A base station mediates timing advance commands across component carriers to synchronize wireless devices.

A transport controller allocates idle network resources to client controllers for service path adjustments.

Decodes signals to estimate medium utilization and adjust communication periods, reducing interference between LTE and Wi-Fi networks.

Nesting tunnel endpoint identifiers in IP headers resolves bearer identification loss during WLAN transmission, ensuring accurate data routing.

A communication device segments information messages and resumes transmission after higher priority operations complete.

An optimization device analyzes transmission data quality before applying variable compression levels to conserve storage space.

A wireless communication system negotiates traffic specifications to reserve medium access and assign priority queues for data transmission.

A resource availability server generates predictive models from device updates to optimize session quality.

Conditional inheritance customizes management elements in multi-link aggregation profiles, reducing network overhead while supporting multiple BSS operations.

A policy device maps enterprise applications to Quality of Service classes and distributes enforcement rules to network gateways.

Edge cloud computers detect local resource status and transmit data to terminals, reducing latency for time-critical vehicle computations.

On-demand sensing via a PC5 link enables inter-UE coordination, reducing hidden terminal collisions and improving autonomous resource allocation reliability.

A prediction function network node determines target serving cells to proactively assess Quality of Service changes.

A data management device coordinates transmission timing across multiple communication terminals to prevent simultaneous data bursts.

Access points recommend Basic Service Set transitions to shift client traffic across radio bands based on real-time capacity and signal strength metrics.

A network slice charging function device sends filtering information to a management function device to retrieve specific performance indicator values.

An autonomous reasoning framework dynamically adjusts wireless mesh network parameters to maintain performance.

A controller coordinates WiFi and NR-U transmissions by assigning distinct sub-channels within a shared channel, reducing collision probability.

A U-LTE transmitter reserves channels for fixed durations to transmit data at frame boundaries.

A V2X communication device adjusts message transmission periods and structures based on channel busy ratio information.

A core network entity establishes a single signaling connection to forward non-access stratum messages between user equipment and target network slices.

Introducing a dedicated layer above the PDCP layer resolves LTE limitations by enabling fine-tuned flow-based QoS adjustments and adaptive CSI-RS management.

Non-3GPP Interworking Function bridges broadband access protocols with 5G core networks, enabling end-user access without complex architecture modifications.

An access point caching method predicts future device locations using n-gram models to pre-cache data, bypassing slow backhaul bottlenecks.

A control device establishes a public bearer for terminals sharing a classification identifier to streamline network entry procedures.

Donor base station coordinates relay node handovers to resolve uneven cell loading and maximize network resource utilization.

A communication apparatus determines resource types for master and secondary cell group links based on received configurations.

Precomputed lookup table maps weighted performance measures to optimal data interfaces, resolving throughput versus power consumption trade-offs.

Access network discovery function mediates traffic steering between cellular and WLAN links, resolving bandwidth efficiency versus device complexity trade-offs.