Network Traffic/Resource Management TRIZ Cases

Backend system times over-the-air data transmission to target vehicles based on geographic communication region quality of service thresholds.

A timer-based scheme estimates user equipment queue states to enable accurate uplink resource allocation in mobile networks.

A directional mesh routing apparatus employs distributed scheduling to determine optimal transmission paths using semi-static and instantaneous metrics.

Using terminal identity as binding information eliminates authorization token requirements, simplifying policy-controlled bearer service setup.

A hybrid mobile communication system switches between hierarchical and mesh modes to maintain continuous connectivity.

Relay nodes skip encryption processing to reduce latency while maintaining reliability in home mesh networks.

An agent selects communication paths for application server queries based on data size and device count.

Dynamic rate adjustment in peer-to-peer mode reduces interference with nearby WLAN devices during high network activity.

First apparatus sends link quality packet messages with indication information to a second apparatus.

Feedback messages from second nodes reduce excessive signaling load during temporary reporting pauses.

Extending the paging occasion window allows flexible transmission scheduling for user equipment on shared communication media.

A cellular network system dynamically adjusts traffic flow based on real-time position data and cell load to optimize resource distribution.

A software-defined network controller adjusts throughput thresholds based on requested quality of service.

A DNS intermediary redirects cellular device queries to a loopback address when network congestion is detected.

An OCF intermediary creates contention-free transmission schedules for IoT devices via gateway coordination.

A terminal device sends reservation requests to a radio cell management server along a predicted route.

Consolidating per-session notifications into a single node-level status indicator prevents message flooding during gateway unavailability and restoration.

A terminal device transmits type 1 identification signals to establish initial connectivity with base stations.

A user terminal configures transmission time intervals to schedule downlink and uplink data within the same time window.

First access point allocates unique frequency bandwidth portions to other access points for simultaneous data exchange.

Lower-layer signaling replaces higher-layer procedures to reduce latency during LTM cell switching.

Merges infrastructure and ad hoc modes via weighted multi-hop routing to extend coverage without adding access points.

Dynamic multi-channel assignment method allocates non-overlapping channels to relay nodes using graph-based interference analysis.

Access and mobility management function allocates bearer resources using a geographical quality factor derived from real-time channel measurements.

Local queue-assisted rate control monitors buffer status at the wireless access level to react immediately to congestion while maintaining end-to-end stability.

A node numbering algorithm assigns relay paths based on packet transmission counts to simplify network structure.

URSP rules use tokens to anchor user equipment sessions on specific network resources and quality of service levels.

A selection module calculates dynamic scores from load and latency data to assign user plane functionalities.

Border controller grants sub-controller permission to network nodes, allowing local data-traffic flow management and suppression of sibling node traffic.

Dynamic parameter adjustment redistributes network traffic across radios and sectors, reducing dropped call rates during high usage periods.

Bundling RLC data PDUs into an ARQ PDU reduces processing load in high-rate wireless systems.

Bypassing scan requests for predefined advertising packet types reduces signal interference and power consumption during Bluetooth Low Energy device discovery.

Application server extracts service-specific control logic from the PCRF to reduce provisioning complexity while maintaining policy consistency.

A base station polls mobile devices using a single multicast message that assigns individual delay periods for each device to respond.

Selecting donor access points using signal levels and backhaul connection types to optimize relay wireless device connectivity.

Centralized unit embeds message type indicators in downlink F1AP messages to resolve complex routing of RRC and F1AP signaling across separated CU and DU nodes.

A control node determines dynamic associations between remote radio heads and user devices to optimize network resource utilization.

Application function exposes quality of service parameters to external entities, resolving inadequate user experience across diverse radio access technologies.

A terminal switches to a Bluetooth adapter mode using a USB interface to bridge HCI commands and radio frequency signals.

Segmenting resource configuration by service type resolves the contradiction between system complexity and utilization in 5G networks.

A RAN controller separates MAC control and user planes to enable centralized multi-user scheduling.

Mobility Management Entity checks Access Point Name congestion state to selectively reject mobility management requests.

Estimating queued data volume allows access points to dynamically adjust uplink durations, reducing resource wastage from fixed packet settings.

Multiplexing downlink control information onto shared channels reduces radio resource occupation while maintaining reliable delivery to terminals.

A network node requests application identification from an application function to classify encrypted traffic.

A method determines quality of service description information by receiving parameter requirements and processing feedback from network elements.

A user terminal controls uplink grant-free transmission parameters using physical layer signaling for flexible resource management.

User attribute-based dynamic parameter adjustment reduces resource congestion and energy consumption in V2X communication systems.

Dynamic routing directs edge compute traffic to far edge servers via distributed units, reducing latency by bypassing core network paths.

A relay node transmits buffer status and memory capacity parameters to a donor eNodeB.