Network Topologies TRIZ Cases

A communication management system enables peer-to-peer short-range links only when devices operate outside a vehicle.

Network entities use user equipment environmental status information from non-RF sensors to improve mobility handling and offload decisions.

A communications controller manages radio bearers and schedules transmission opportunities for relay nodes.

Source devices generate logs for peer-to-peer data transfers and transmit them to destination devices for reporting.

A wireless station updates its association identifier through access point signaling and direct link frames.

Simulation analysis of user measurement data recommends small cell placement to resolve network congestion and reduce deployment costs.

Deploying relay stations segments large cells into sub-cells, maintaining high C/I ratios at cell borders to boost end-to-end throughput.

Residential gateway exchanges configuration data using IP UDP packets over a temporary hidden secondary SSID.

Scheduling grants allocate orthogonal frequency resources to access terminals for uplink transmission on shared communication mediums.

Dual-radio wireless extender switches between 2.4 GHz and 5 GHz bands to resolve automatic reconnection failures during router channel changes.

A server dispatches data carrier devices to transport information to incident sites with limited wireless coverage.

A machine learning model predicts channel interference indicators using simulated radio propagation data.

Segmenting static and dynamic CCA thresholds by BSS color resolves spatial reuse inefficiencies in overlapping networks.

A control unit manages radio interfaces using event lists that specify sequences of control tasks.

Dynamic resource allocation across satellite and ground nodes reduces deployment complexity while maintaining high adaptability.

A small cell selects operational parameters from a provisioned list using its Baseband Controller identity.

A network coordination apparatus detects event impacts to prevent interference between self-organizing function instances.

A communication apparatus allocates distinct transmission processes to slave units for simultaneous response signaling.

A reinforcement learning method updates wireless mesh node route tables using signal strength and hop count rewards to prioritize efficient paths.

A network equipment operation adjustment system generates a network score and determines parameter adjustments using a machine learning model.

Implant sensor network clusters active and substitute nodes to manage thermal load during biomedical signal monitoring.

A node device autonomously selects routes using dynamic weight updates to reduce network load.

Controller module transmits control messages to occupy uplink periods, preventing interference between WiFi and LTE signals.

Intermediary computing devices intercept and route messages between a vehicle communication management unit and multiple transmitters.

A wireless screen sharing system transmits display data streams from personal devices to aircraft entertainment monitors.

A front-end device collaboration method enables direct instruction sending between cameras to reduce operational latency.

An early termination signal provides explicit detection cues within a physical layer convergence protocol data unit transmission frame.

A transmission opportunity granting frame schedules multiple stations to access a combined channel simultaneously via spatial multiplexing.

Segmenting management frames into MLD-level and link-level types resolves the complexity-versatility trade-off in 802.11be cross-link operations.

A wearable terminal cancels device restrictions by comparing acceleration patterns from synchronized shaking motions.

A proxy device dynamically switches between bypass and normal modes based on system load to minimize transmission delay.

AVN system establishes wireless links via wired activation signals, resolving manual Bluetooth pairing friction.

A layered domain architecture partitions wireless network functions into independent control, user, and management planes.

Transmitter sets MAC address in control message to identify priority receivers, preventing unnecessary waiting modes and ensuring WDS traffic processing.

A wireless LAN device determines roles using identification information to execute asymmetric protocols.

Calculating separate ionospheric and tropospheric delays corrects ranging errors, improving user equipment location accuracy.

A network node provides switch information to user equipment for adapting radio measurements during satellite link changes.

Source HeNB transmits MME identifier to target HeNB, enabling direct path switch requests and reducing core network signaling burden.

Segmenting radio resource control states across a reconfigurable primary link reduces recovery time during dual connectivity failures.

Classifying stations by response timing prevents collisions from exposed and blocked nodes, improving channel utilization.

An X2 gateway manages IP address discovery and signaling between macro and home base stations, reducing transport network burden.

A mobile unified communication client establishes a network connection between a smartphone and a docking station to enable voice and data services.

An algorithm assesses link trustworthiness to apply variable encryption levels, reducing computational overhead and prolonging battery life in hybrid networks.

Local sensors determine optimal deployment configurations, eliminating manual trial-and-error adjustments during directional antenna installation.

A single-bit Per-Link Traffic Indication Bitmap condenses buffered data signals across multiple wireless links.

A wireless device connects to a network using a dedicated activation service set identifier retrieved from a scanned bar code.

Mobile nodes calculate leakage weight values from spatial information to identify optimal connection positions within a hierarchical wireless network.

Elected station coordinates satellite connection switching for a group of stations using local antenna characteristics.

Adaptive Radio Management switches access points to spectrum monitors for real-time interference detection.