Network Traffic/Resource Management TRIZ Cases

A messaging server partitions data for ship terminals to enable automated transfer.

A control plane reference model framework segments network management into domain controllers to coordinate data plane topology and protocol operations.

Machine learning ranks edge application servers to optimize context switchover in 5G multi-access edge computing networks.

Shorter or omitted preambles in retransmissions reduce overhead and increase data transmission efficiency within limited time frames.

SDN-enabled satellites distribute pre-configured QoS parameters to minimize packet loss during dynamic connectivity changes.

Base station transmits target indication information to terminals regarding bandwidth part availability status, reducing radio frequency indicator requirements.

Centralized routing entities aggregate multiple user equipment bearers into shared backhaul paths, reducing congestion and improving resource utilization.

A latency-aware routing controller selects optimal processing locations within a mobile network to meet application performance targets.

Standardized interface layer resolves vendor lock-in by enabling direct corrective actions for traffic distribution without proprietary access.

Segmenting scheduling information into public and user-specific types streamlines resource allocation in wireless networks.

Predicts uplink and downlink traffic usage to dynamically adjust Quality of Service levels per direction.

Dynamic almost blank subframe proportioning balances heterogeneous cell loads to minimize interference while maintaining network throughput.

A transmission apparatus limits data preprocessing via a configurable buffer threshold to optimize resource allocation.

Answerer adjusts packet loss and latency values to resolve reliability versus adaptability contradictions in 5G networks.

MAC module generates identifiers for encrypted PTP frames to enable immediate time stamping by the PTP module.

Segmented listen-before-talk rules prioritize ultra-low latency data bearers over control traffic, reducing transmission latency in unlicensed spectrum.

Segmenting policies into independent thresholds resolves the trade-off between implementation ease and measurement precision.

Separate security contexts enable dynamic data offloading from home to offload networks without disconnecting.

Session management function updates protocol data unit session counts via network slice admission control to prevent congestion.

Quality reports enable dynamic adjustment of data distribution ratios, reducing congestion and latency in dual connectivity.

Parallel transmission of redundant packet copies eliminates retransmission delays, achieving ultra-low latency and high reliability.

Access network device allocates air interface resources based on service state reports from user equipment to guarantee downlink transmission.

Segments control channel elements into fixed groups for reliable reception and variable groups for efficient resource utilization.

User equipment signals duplex mode capability and switching latency to the base station, reducing self-interference in full-duplex wireless communications.

A mobile rate control apparatus adjusts transmission offsets based on packet reception status to optimize data throughput.

A client device monitors radio links to detect QoS non-fulfillment and provides an early warning indication to the application layer.

A QoE network appliance gathers RAN, CN, and NWDAF data to generate measured quality scores.

Network segments spectrum into dedicated and shared bandwidth parts, reducing latency by avoiding fallback operations during dynamic LTE and NR coexistence.

Transceiver stations group user equipment to share interference metrics, reducing signalling load while maintaining coordination accuracy.

A mobile communication network method identifies affected user devices during overload to suppress specific communication requests.

Network-based controller dynamically partitions resources and optimizes backhaul routes using SDN concepts.

Segmented subcarrier allocation with guard bands resolves bandwidth efficiency trade-offs during voice packet transmission.

Network device adjusts cellular communication parameters to redistribute traffic across small-cell base station backhaul connections.

Mesh nodes mitigate cellular congestion by routing data via intermediary relays with fewer restrictions.

Network preference indicators resolve duplicative resource allocation and erroneous service charges by unambiguously assigning QoS initiation responsibility.

A User Equipment includes 5G V2X capability in Non Access Stratum messages to network entities for authorization determination.

A UE-to-UE relay establishes PC5 RRC connections between remote devices to facilitate sidelink communication.

Adjusts burst sizes to match data rates, enhancing resistance to channel changes and noise in mobile digital broadcasting.

A network selection control method transmits offload information from neighboring cells to user terminals.

User equipment requests measurement gaps from the network to perform inter-frequency and inter-RAT signal quality assessments.

A satellite communication system delays handovers when link quality exceeds a threshold to prioritize radio access bearers.

Application status change notification program detects mobile application types and terminal identification to manage communication bandwidth dynamically.

A CUPS network element groups subscribers into hierarchical sets to establish shared Quality of Service parameters via PFCP sessions.

A PCRF entity determines QoS rules from remote UE subscription data to configure relay bearer settings.

A communication apparatus calculates bandwidth change rates per application to select traffic policies.

A dual mode gateway detects buffer congestion and sends a delay transmission message to the cellular network.

Source proxies remove TCP packet headers to reduce bandwidth consumption and latency in constrained IoT networks.

Emulating network usage patterns with test data determines quality-of-service indicators like latency and packet loss without excessive bandwidth consumption.

Network entities partition resources to reduce wide area network interference, allowing peer-to-peer groups to negotiate assignments autonomously.

Radio nodes schedule non-terrestrial resources based on user equipment capability and measured parameter values.