Network Traffic/Resource Management TRIZ Cases

Base station transmits indication to user equipment for skipping uplink transmissions, mitigating interference between URLLC and eMBB services.

A data packet sending method transmits initial packets using the minimum IPv6 MTU before probing the path maximum transmission unit.

Network detects mobile terminal temporary unavailability during data processing, sends indication to preserve session context, reducing signaling overhead.

A modem combines multiple packets into a single unit for transmission to an RF module via a bus.

First UE requests network SLRB validation upon receiving sidelink setup, resolving reliability-speed trade-offs.

MAC CE signaling deactivates PDCP duplication while primary path indication guides transmission to resolve reliability and complexity trade-offs.

An IAB node generates aggregated delivery status reports containing buffer information from multiple bearers and transmits them to a central unit.

Network device pre-configures uplink resources for terminals in inactive state to enable continuous multi-packet transmission.

A wireless base station coordinates with a DOCSIS backhaul to adjust transmission rates.

A source device adjusts bit rates based on wireless connection quality to maintain isochronous streaming.

Segmented route scopes restrict interface access to resolve security vulnerabilities and billing tracking inaccuracies in multi-homing networks.

Quality-of-service management prioritizes legitimate DNS traffic using TCP enforcement and resource allocation.

Hierarchical policy segmentation reduces network signaling congestion while maintaining rich service capabilities through distributed caching.

A primary access node determines a target number of secondary access nodes based on error rates and backhaul throughput.

Asymmetrical protocol stack repositions MAC subPDU headers to reduce receiver complexity and improve delay performance.

A resource allocation method optimizes scheduling delay and utilization in industrial wireless networks.

A controller selects distinct IP addresses to encapsulate packets, enabling Ethernet switches to distribute traffic across multiple physical ports.

User equipment measures D2D resource regions using a two-stage signal detection process to optimize transmission parameters.

A dedicated ROHC reset bit in the PDCP header prevents packet decompression failures after path switches by resetting compression states before data arrival.

UE derives H-ARQ status from uplink grants to maintain communication efficiency within measurement gaps without costly dual transceivers.

Application Function directs uplink and downlink traffic routing through network exposure nodes.

A shared modulation constellation aggregates data streams from multiple users onto a single symbol structure to optimize resource utilization.

Base stations broadcast signaling load data to guide mobile devices in selecting optimal radio access networks, reducing congestion and operational costs.

Proactive access point notifications enlarge station contention windows, preventing collisions and reducing network congestion relief time.

Grouping data radio bearers reduces control load on master and secondary nodes in dual connectivity.

Server estimates wireless link bandwidth using throughput and channel utilization to prevent congestion.