Network Traffic/Resource Management TRIZ Cases

Network assistance information guides buffer discarding of duplicated PDCP PDUs, reducing latency and complexity in 5G wireless systems.

A tiered communication system assigns endpoint devices to network slices based on user priority and device type.

Dynamic window size negotiation prevents mismatched parameters that cause resource wastage, reducing acknowledgement messages by 57%.

Segmented access control enforcement points filter unauthorized uplink and downlink packets before air interface crossing, conserving radio resources.

A dedicated policy entity decouples control from the user plane, resolving missing exchange mechanisms in ATSSS overlay deployments.

User equipment detects invalid parameters in mapped EPS bearer contexts during 5G session management procedures.

A first base station proposes adaptive resource partitioning to a second base station via an X2 interface.

Dynamic allocation of separate uplink contention slots ensures prioritized bandwidth access for public safety devices.

Continuous optimization of wireless network resources reduces latency variance and jitter for latency critical applications.

Remote devices prioritize candidate relays based on this indicator and SD-RSRP levels, reducing latency during direct-to-indirect communication switching.

Knowledge distillation transfers essential patterns from historical data to update prediction models, reducing storage requirements and operational costs.

The SMF determines packet delay budgets before selecting central unit-user plane entities to enable accurate air interface resource scheduling.

Segmented cell group identification reduces device complexity while improving interference mitigation precision in wireless networks.

A communication service determines the optimal transmission path based on device properties and partner location.

A policy determining apparatus adjusts downlink data flow quality using measured transmission metrics.

A transmitting apparatus maps allocation control signals to resource block groups usable for both control and data channels.

Terminal sends buffer status reports via the master cell group to resolve activation triggering challenges when the secondary cell group is deactivated.

A radio resource allocation system identifies application transactions within data units to control transmission on cellular links.

An Identity and Access Management module authenticates users within shared LTE devices to dynamically provision network service profiles.

A dynamic access rights management system temporarily grants Wi-Fi connectivity to users without subscriptions.

User equipment selects and contends for reserved sidelink resources based on packet priority and signal strength.

A wireless network system evaluates round trip time to detect congestion levels.

Machine learning model estimates user equipment locations using historical network data.

A base station selects terminals for congestion processing by calculating priorities from reserved bandwidth and utilization ratios.

A node transmits a pre-emption message in a reserved time slot to indicate that a subsequent sub-frame will be occupied by a high priority signal.

A method calculates interference-to-noise ratios to generate protected area contours around primary wireless stations.

Dynamic prioritization using modified token bucket procedures reduces network latency and packet loss for jitter-sensitive traffic.

A communication device detects frame collisions using an in-transmission information generating unit and a neighboring signal presence information generating unit.

Token bucket algorithms segment destination selection and channel prioritization to prevent resource starvation in 5G NR V2X systems.

A mobile gateway detects service data flow content to enable intelligent network optimization.

A terminal device selects separate data and control resources within a selection window to transmit indication information.

A packet transmission method creates dedicated sliced networks for terminal devices to ensure consistent service levels.

A mobile device adjusts message transmission rates and sizes based on recipient application activity.

A base station routes terminal data directly between devices without traversing the cellular gateway.

Segmenting cell resources into centralized and distributed pools resolves edge area collisions while maintaining high utilization efficiency.

An adaptive packet scheduling system computes dynamic priority values to optimize resource utilization in wireless networks.

A Control Plane node configures User Equipment header compression based on real-time capacity status from the User Plane node.

A convergent transmission system integrates cellular and WLAN access points via a data offloading node to negotiate policies and configure radio bearers.

A unified TCI state indicator merges uplink and downlink beam management into a single signaling mechanism.

A mobility service system reduces data volume through in-vehicle and server-side processing units.

A configurable link adaptation module adjusts transmission parameters in wireless systems.

A distributed reinforcement learning algorithm optimizes radio access network configurations using a coordination graph.

Periodic retransmission of encoded acknowledgements resolves base station misinterpretation errors during secondary carrier activation or deactivation.

A modem manages satellite links by switching between C, Ku, and Ka bands to maximize throughput.

A wireless aggregation server pools unused client bandwidth to expand data access capacity.

Network nodes query terminal location and status to determine available Quality of Service parameters, preventing unnecessary retries that waste resources.

A V2X terminal determines and consecutively transmits physical sidelink control and shared channels within a calculated transmission duration.