Network Traffic/Resource Management TRIZ Cases

A virtual reference receiver switching mechanism manages periodic assistance data flow to maintain continuous positioning signals.

An access network device allocates uplink transmission resources within a first time period after receiving a connection setup message.

Mobile station transmits scheduling requests to a primary base station that forwards buffer status to a secondary station for resource assignment.

Automated network monitoring detects sleeping cells through traffic pattern analysis.

Aggregating QoS reservations for identical IP addresses prevents intermediate node errors while maintaining precise enforcement at the edge router.

Segmenting forwarding entry storage between a Controlling Bridge and Port Extender devices reduces processing load while maintaining network functionality.

A potential game model coordinates almost blank subframes and cell selection biases to resolve pico base station underutilization and macro interference.

A Road Side Unit broadcasts control information via a Packet Data Convergence Protocol Service Data Unit to manage V2X message transmission.

A communication system predicts high-frequency channel conditions using lower-frequency measurements to enable efficient data offloading.

A wireless system allocates spectrum resources using a credit-based bidding mechanism.

Unmanned aerial vehicles act as mobile cellular towers, mapping signal strength to predicted usage demand to resolve infrastructure capacity mismatches.

A Network Function node manages network slice quotas to monitor user equipment counts during roaming.

Broadcast signal transmission apparatus segments input streams into independent data pipes to control quality of service and improve spectrum utilization.

A controller broadcasts TDMA configuration data on a stream for automatic node updates.

Multi-network on-board units create mesh links to offload traffic via cloud-connected hotspots, reducing latency and energy consumption.

A wireless relay apparatus processor determines route establishment before transferring IP packets to connected wireless devices.

Master node controls secondary node addition using buffer monitoring and user inactivity timers to optimize resource allocation.

User equipment omits indication fields when all logged measurement entries are included.

User equipment reports peer coverage status to the network for resource scheduling, resolving conflicts between communication efficiency and resource usage.

HTTP 3gpp-Sbi-Binding headers carry NF instance addresses to distribute traffic across service communication proxies.

Generating unique random access responses with distinct time advance information resolves access contention and improves connection reliability.

Transmission device segments data into physical-layer blocks sent across multiple wireless links to boost throughput.

A base station accommodation apparatus manages independent sequence numbers for fragmented radio packets during hand-off to ensure reliable data restoration at the PDSN.

Cooperative transport interface feedback enables radio schedulers to adapt medium access control decisions, preventing packet loss during transport congestion.

CSI-RS per-cell patterns partition resource elements into physical resource blocks, reducing reference signal overhead while supporting multiple antenna ports.

Embedding uplink grants in downlink frames eliminates dynamic scheduling delays and reduces communication latency.

User equipment categorizes sidelink resources to reclaim reserved slots when retransmission feedback is absent, improving spectral efficiency.

RAN nodes signal load levels to core networks, enabling selective message handling that prevents overload while preserving failure detection.

Network-coordinated handovers establish direct links, reducing signaling overhead and power consumption in high-density scenarios.

Terminals apply configured resource reservation rules to accurately exclude reserved channels, preventing data transmission collisions in V2X networks.

A UE maps a large-bit QFI to a compact value for the SDAP header.

A transport-independent data buffer retains copies of information until receipt confirmation arrives, preventing data loss when wireless transports fail.

User equipment transmits a PDU session release request when configured QoS rules exceed its maximum support capability.

A push service device disperses keep-alive message transmission times across client devices to prevent network synchronization.

Nodes calculate bandwidth output metrics to optimize channel usage amid changing traffic demands.

A base station configures a reception resource pool for eMTC terminals to enable short range unicast communication.

A RAN UPPE converts high-level APN attributes into packet fields for virtual switch filtering.

A radio link control entity manages protocol data unit size changes through synchronized reset procedures.

Target base stations admit QoS flows and generate flow-to-RB mappings, addressing complex handover signaling across heterogeneous access technologies.

Dynamic protocol modification replaces standard layers with ad hoc structures, resolving the contradiction between adaptability and device complexity.

A provider-hosted edge cloud cuts latency by routing user data through its core network when remote servers lengthen communication paths.

A wireless network sends deregistration commands before overload, shifting devices to lighter services when congestion threatens continuity.

Calculating mobile device location probabilities enables dynamic traffic policies that pace downlink data and offload to Wi-Fi networks.

Calculates maximum backhaul rates from cell statuses to allocate access resources, resolving bottlenecks where limited backhaul hinders transmission efficiency.

Multi-step rate transitions reduce time to reach high speeds, improving system throughput and resource utilization.

A wireless device signals an updated receive window size before a connection interruption to control sender packet flow.

A terminal transmits buffer status reports to multiple base stations using RRC reconfiguration messages with identification information.