Network Traffic/Resource Management TRIZ Cases

A network bridge dynamically configures shared CPU and memory resources between MoCA and WiFi interfaces based on Media Access Plans.

A Bluetooth audio playback apparatus employs an audio source scanning mechanism to negotiate transmission parameters for high-quality two-way audio.

A method establishes maximum network throughput to measure synchronization signals for accurate EMF assessment.

A server generates a tunnel interface to bind IP flows for user equipment mobility without requiring a separate home agent.

Spectrum control system allocates additional frequency bands to candidate base stations based on network status.

Segmenting large wireless device performance datasets into smaller files reduces network bandwidth strain and enables earlier user access.

A wireless network access point dynamically switches channel topologies to accommodate client bandwidth capabilities.

A cell access method filters user equipment by current motion state to prevent non-high-speed devices from entering dedicated networks.

A mobile network bearer system configures data packet handling based on priority indicators to manage traffic flow.

A user equipment manages its media access control buffer to rebuild protocol data units for transmission.

A frequency spectrum management device allocates resources using a distance-based distribution coefficient.

Network entity routes sensing requests through AMF to activate nodes, segmenting traffic to protect communication quality.

A WLAN station registers a future absence schedule with an access point, eliminating per-interval signaling overhead and reducing resource consumption.

User equipment maintains voice calls by establishing concurrent connections across different radio access technologies for seamless handover.

A bandwidth allocation mechanism distributes data resources across tree-structured wireless networks using proportional sharing logic.

A controller adjusts Bluetooth audio data rates to manage shared wireless channel resources.

A datacenter gateway distributes traffic between mobile communication and cloud virtual networks.

Maps network addresses to subscriber data via AAA parsing, enabling threat detection without intrusive device monitoring.

DCI-based BWP switching adapts network configurations to reduce latency and improve bandwidth utilization in 5G systems.

New buffer status report formats separate RLC and PDCP buffer fields to coordinate uplink grants in dual connectivity networks.

Transmitter UE maintains Bj values to prioritize destination UEs with unsatisfied bit rates, preventing resource starvation among multiple receivers.

Reduced capability user equipment switches bandwidth parts to acquire system information, optimizing switching durations and resource allocation efficiency.

Modems filter reset packet bursts to conserve power and prevent radio link failures.

Server prioritizes candidate access points by congestion to disperse traffic and prevent communication delays.

Calculating sidelink slot sizes from data amounts and resource availability to prevent latency and retransmissions in unlicensed band communications.

A push service device manages reconnection attempts to reduce network loads.

Polling sensors via an aggregation node reduces LTE signaling load by merging small packets into shared resource groups.

A distributed resource management method determines user association and activation fractions across heterogeneous wireless networks.

A sidelink communication method segments measurement windows into channel busy ratio relevant slots to calculate accurate occupancy metrics.

A gateway steers downlink data across parallel wireless links using application resource requirements and network performance metrics.

A wireless packet communication apparatus transmits multiple data packets simultaneously using idle radio channels and MIMO techniques to increase throughput.

Communication apparatus discriminates device priority to adjust frame length and optimize bandwidth usage.

Centralized radio access network architecture adapts front-haul configurations to resolve spatiotemporal traffic fluctuations in high-density venues.

A MAC entity segments per subband to schedule data with a period matching the transmission time interval.

Aggregation device matches timing data from multiple radio devices to estimate interference source air time, resolving detection capability limits.

Encapsulating RLC packets with access category mapping parameters resolves inaccurate queue placement during LTE-WiFi data offloading.

A wireless uplink traffic control device determines transmission schemes based on service type indicators to speed up mobile station data transmissions.

A personalized wireless network system allocates resources using a zone of tolerance model to tailor service quality.

Wireless access points distribute application-specific QoS policies to client devices using 802.11u GAS frames for internal traffic prioritization.

Mobile Switching Center assigns distinct resource allocation modes to Base Station Controller cells.

User equipment reports sensing capabilities to prevent resource wastage from mismatched configurations.

Local routing at the relay node reduces unicast transmissions and improves service capacity for multiple remote users.

A terminal device dynamically splits data between master and secondary network devices based on channel occupancy statistics.

A network connection method estimates target rates based on device motion to optimize wireless access.

Dynamic cluster formation allows base stations to balance inter-cell traffic while reducing central node complexity and maintaining Quality of Service.

LTE Common Unit allocates 5GNR and LTE uplink resources based on media conferencing load to optimize data transfer.