Network Traffic/Resource Management TRIZ Cases

A mobility management entity tracks session establishment responses to identify overloaded gateways.

A SET-initiated area event triggered positioning method manages location procedures via session messages.

Measures Signal-to-Interference Ratio Error reports at the Radio Network Controller to detect cell congestion in CDMA systems.

CONCISE approach implements non-conflict multi-hop scheduling with data aggregation to reduce delay and interference in industrial networks.

A notification system filters public works alerts using officer location data to deliver relevant updates.

A communication control device monitors line states to detect congestion and notify applications.

A wireless communication method encapsulates cellular protocol data units into non-cellular transmission units for seamless multi-link operation.

Reducing the minimum product threshold from four to one lowers memory size and cost while maintaining essential message reception.

Segmenting large RRC messages allows complex configurations but risks assembly errors when combining segments from different messages.

Network controllers evaluate priority parameters from user equipment requests to resolve contradictions between service diversity and management complexity.

Terminal equipment queries mobile termination for WLAN offloadability via AT commands, enabling real-time network selection and reducing signaling overhead.

A link layer control plane mediates between applications and MAC layers to manage UWB connections.

Segmenting subframes into active and blanked symbols allows FDD UEs to access TDD resources without interference, enhancing spectrum efficiency.

A scheduling request mechanism proactively triggers uplink authorization during LTE handovers to maintain continuous data transmission.

Intermediary appliance compresses application layer data to reduce network latency while maintaining browser compatibility.

A 5G core network determines dynamic survival time parameters for industrial IoT applications.

A multiuser packet structure consolidates data for multiple access terminals into a single transmission frame.

A network control device adjusts packet shaping rates based on uplink and downlink traffic volume ratios.

A user equipment transmits a detach indication to remove context information and reduce network congestion.

A bandwidth sentinel monitors wireless network connections to identify congestion sources and allocate resources based on link quality.

RLC entity pre-allocates service data to carrier buffers, reducing inter-board bandwidth requirements during MAC scheduling operations.

A subscriber and session collector circuit selects user plane function instances to process data, eliminating shared resource locking conflicts.

A bypass device intercepts data streams in access networks to process multimedia traffic separately from control signaling.

A control system monitors network resource levels and schedules item transfers from nearby sources to optimize allocation efficiency.

A data transmission method groups multiple data units sharing identical attributes into a single MAC sub-header to reduce redundant information.

A base station detects uplink transmission rates to manage grant levels and control interference in wireless networks.

A trusted wireless LAN access gateway segments data traffic into multiple logical bearers to enable differentiated quality of service treatment.

A radio access network controller calculates abstract path resource information to determine slice creatability.

A baseband processor provides active and rejected S-NSSAI mapping data to a UICC via extended proactive commands.

Hierarchical SRIF nodes offload processor-intensive tasks from network elements to reduce latency while preserving critical data retention.

Segmenting user-plane bearers for remote terminals maintains service continuity when switching from direct ProSe links to E-UTRAN infrastructure.

A broadcast Tracking Reference Signal configuration method transmits parameters via System Information Block in connected mode.

An eNB coordinates small cell and UE channel selection by requesting candidate channel measurements to optimize operational parameters.

Sharing traffic data between cells mitigates inter-cell interference and ensures reliability for high-priority URLLC communications.

An orchestrator generates data acquisition requests to network nodes, enabling automated processing through an AI management plane.

PDCP layer security processing and packet conversion allow network devices to directly manage wearables via relays, reducing eavesdropping risks.

An application marketplace system generates device applications that modify network function interactions.

A fragmentation component manages packet frames within maximum transmission unit limits to maintain secure WPA2 pass-through connectivity.

A 5G TSN joint scheduling apparatus uses DDPG reinforcement learning to allocate resources across queues based on channel and gate control states.

A base station selection method switches between downlink and uplink capacity modes based on traffic asymmetry.

A service control system monitors real-time mobile network state to generate and adjust user control policies for optimized bandwidth allocation.

A wireless transmitting device sequentially broadcasts frames modulated by different MCS levels to ensure client reception.

A dual interface system allocates data across wired and wireless connections based on real-time requirements.

Embedding session identifiers in SIP message headers eliminates resource-intensive database queries and string comparisons during network routing.

Access nodes share real-time signaling load metrics to redirect network traffic, resolving congestion bottlenecks that degrade user experience.

A sidelink transmission method uses random backoff listen-before-talk to acquire channel occupancy time on unlicensed bands.

User equipment monitors bandwidth and latency thresholds to switch from congested Wi-Fi to cellular networks, reducing signaling overhead.

A master communication apparatus selects primary and duplication transmission paths based on priority degrees to configure MAC and PDCP parameters.

Last packet indicators in data radio bearer packets enable out-of-order forwarding, eliminating head-of-line blocking delays from lost packets.