Network Traffic/Resource Management TRIZ Cases

Radio intelligent controller adjusts network resource allocation to resolve latency and throughput bottlenecks in 5G networks.

Receiving service attributes from external networks allows the first network element to configure operation parameters, reducing data packet transmission delay.

A user equipment selects a PDU set discard mechanism to manage data flow across dual connectivity links.

A base station configures downlink control information formats to manage multiple aggregated carriers.

Routing small control packets through cellular networks optimizes resource utilization and improves offload performance in high density environments.

A bandwidth allocation approach monitors remote terminal backlogs to assign express priority stages.

A radio access network device allocates new cover codes based on existing distribution patterns to optimize transmission capacity.

A virtual private network router replaces the source IP address in encapsulated packets to direct Path Maximum Transmission Unit messages to the correct device.

A radio circuit divides physical resources among non-GBR bearers using predetermined scheduling ratios.

A V2X terminal selects an RLC transmission mode to establish direct unicast sessions with other devices.

Anchoring network system determines terminal location to enable Single-Radio Voice Call Continuity only when circuit-switched coverage exists.

A server transmits data using main, retransmission, and advance streams to maintain a constant bit rate for client playback.

Mobility Management Entity routes traffic using Packet Data Network Gateway status reports to resolve congestion and latency bottlenecks.

Dynamic padding in a trigger frame accommodates varying device preparation times, resolving synchronization and efficiency trade-offs.

A virtual client health metric evaluates access point suitability using uplink and downlink data rates alongside airtime utilization percentages.

A central Quality of Service manager coordinates radio access entities to allocate resources based on predefined service classes.

A network device creates mobile redirection lists from provider utilization data to enable emergency service access.

Source cells provide status information to target cells for seamless data transfer continuation.

Network nodes filter abnormal parameter values using expected correlations to protect prediction model training data.

Communication control device reduces second terminal speed to generate throughput margin for remote driving vehicles.

Extended bit rate fields in MAC control elements accommodate high bandwidth needs for streaming services without restructuring legacy protocols.

A Physical Sidelink Assistant Channel transmits reference resource sets to assist terminal device operations.

Aggregating historical cell data predicts future service quality, resolving the contradiction between simple signal-based handoffs and reliable throughput.

Dynamic omission of MAC subheader fields lowers layer 2 overhead to enhance reliability and latency in ultra-reliable low-latency communications.

A dynamic spectrum allocation system combines International Mobile Telecommunication and non-International Mobile Telecommunication bands to expand available wireless resources.

Grouping RACH occasions by establishment cause reduces delay time and minimizes radio resource consumption during connection setup.

A selected network element identifies reserved transmission resources from neighboring nodes and selects an alternative frequency or time slot for its own data transmission.

An adaptive traffic engineering configuration system dynamically adjusts routing parameters based on real-time network conditions.

A bitmap identifies redundant header fields in aggregated IP packets to enable efficient decompression.

Segmented gateway motes aggregate mote-addressed indexes to reduce transmission time and system complexity across administered networks.

A universal channel reservation signal with common numerology resolves interference between NR-SS and Wi-Fi systems, ensuring reliable coexistence.

Centralized controller manages mobile station associations and data routing to resolve uneven load distribution among access points.

A wireless terminal scores available links using packet loss and latency metrics to select the optimal connection path.

Excluding occupied sub-channels from congestion measurements reduces interference between radio access technologies on unlicensed bands.

A network device dynamically allocates communication bandwidth by evaluating current load and priority across multiple carrier channels.

Network device transmits configuration data via a single control channel across different numerologies.

Cell configuration change indicators resolve handover failures by enabling base stations to dynamically adjust cell shapes via RLF reports.

A computing device manages communication requests by determining timeout parameters and sending notifications when those limits are predicted to be exceeded.

Network apparatus adjusts D2D discovery resource pools based on user terminal reports of under-utilized or over-utilized resources.

A network manager dynamically allocates virtual call processing servers across physical hardware to balance communication loads.

A gNodeB apparatus configures dynamic rate matching signals to share time-frequency resources between downlink channels.

Base station dynamically sets cyclic prefix length per subframe and signals the terminal to optimize data transmission efficiency.

Connecting GTP tunnels via a virtual switch redirects traffic to edge virtual machines, reducing latency from centralized cloud hardware.

A wireless communication apparatus switches from multi-threaded divided downloads to single-threaded ordinary downloads upon detecting quality deterioration.

Concatenating multiple legacy DCIs into a single compact format reduces PDCCH overhead while supporting numerous component carriers.

A wireless data transmission system selects strategies based on real-time network profiles to optimize bandwidth usage.

A terminal device reports capability information to a network device, enabling flexible data transmission scheduling based on actual processing limits.

Distributing routing entries across line cards and fabric modules overcomes single-engine table size limits.

Network-assisted semi-autonomous Wi-Fi offloading segments control and user planes to resolve capacity versus connectivity trade-offs.

A satellite communication device updates priority in a conversion table to map quality of service indicators between network sections.