Network Topologies TRIZ Cases

A smart repeater forms beams using base station information to relay reference signals.

A relay User Plane Function module maintains continuous service during switching operations, eliminating interruptions caused by direct UPF transitions.

Independent per-channel backoff counters resolve primary channel bottlenecks by enabling frame transmission on idle secondary channels.

A hybrid star-mesh network synchronizes media assets via object data models across distributed nodes.

A Wi-Fi direct multi-group network uses IPv6 addressing for unique identification.

Interpreter transmits device and user codes to a server, resolving identification complexity in multi-device wireless control systems.

Time-sliced routing graphs manage satellite connectivity within virtual routing areas, reducing handover calculation complexity.

A wireless sensor network method uses false source nodes to generate decoy data packets that mislead attackers tracing the real source.

Operating state signal transmission prevents user confusion by distinguishing busy states from connection failures.

A wireless LAN device transmits configuration frames to prepare for multi-link data reception using enhanced multi-link single radio operations.

Central unit configures not-available resources for parent nodes to enable per-child link scheduling.

A user equipment synchronizes critical parameters when adding a 3GPP PDN leg to an existing multi-access PDU session.

A common API unifies multiple SON tools to consolidate data, reducing developer burden from redundant self-contained components.

Hybrid system segments monitoring tasks across distributed local controllers to resolve latency and firewall security trade-offs.

A wireless communication apparatus mediates connection establishment between devices using received network parameters.

Wireless stations propose and confirm schedule updates via Neighbor Awareness Networking to accelerate service discovery.

Autonomous channel selection eliminates synchronization overhead in wireless mesh networks, increasing throughput and delivery probability.

A network node triggers a user equipment to send a tracking area update request with SMS only.

Access point aggregates probe responses into a multi-user physical layer protocol unit to extend initial access transmission coverage.

Segmented uplink listen-before-talk at radio points reduces latency and complexity in licensed-assisted access centralized networks.

A base station acquires WLAN measurement data to decide cellular occupancy time.

A second device advertises system attributes via a third wireless technology to enable secure link establishment between heterogeneous mobile devices.

User equipment generates a cell radio network temporary identifier using a short identification and a temporary identifier received from the base station.

Special sub-frames with guard periods separate backhaul and access link transmissions at the relay node to reduce interference between links.

Segmenting high efficiency beacon frames into dedicated fields resolves the trade-off between device connectivity and resource management efficiency.

Segmenting a base station into logical sub-networks resolves the contradiction between multi-operator versatility and network security complexity.

Dynamic route determination monitors node energy to avoid depletion, extending battery life while maintaining network stability.

Wireless terminals exchange capability information through a control point to establish secure peer-to-peer connections without manual configuration.

System ranks Bluetooth LE, BR/EDR, and IEEE 802.11 by power metrics to switch data channels dynamically, reducing consumption during low-throughput periods.

Virtual Evolved Packet Core gateways in a private MEC data center decouple network planes, reducing operational complexity while maintaining low latency.

A positioning method switches between radio technologies to determine wireless node distances.

Additional configuration indication information minimizes service interruptions during WLAN carrier activation by confirming user equipment association.

A plant wireless access point bridges field communicators and automation networks using standard Wi-Fi or Bluetooth links.

Virtual Mobile Server offloads processing from mobile terminals to reduce power consumption.

A handover controller amends control signals to switch user equipment access connections between cellular and non-cellular networks.

Network nodes forward WLAN signals through elevator halls and cars, bypassing electromagnetic shielding to ensure seamless wireless connectivity.

Periodic key rotation prevents unauthorized stations from decrypting and forging messages by matching timestamps against a disclosed schedule.

Simultaneous transmission and reception on distinct channels boost WLAN throughput by resolving low path usage efficiency from alternating operations.

Dynamic self-backhaul reconnection system using enhanced radio resource control messaging for 5G networks.

An access point detects signaling aids in backhaul frames to identify occupied channels and select operating frequencies.

A processor combines segmented traffic feature vectors to predict wireless network data.

A multi-mode transceiver manages IEEE 802.11 and Bluetooth links concurrently.

Multi-protocol infrastructure network devices synchronize policies across wireless local area networks to manage IoT device connectivity.

Terminals autonomously determine transmission authority using priority and random values, resolving coordination inefficiencies in serverless networks.

A destination validation system compares target location features with present location data to confirm arrival.

A scatternet routing system broadcasts combined inquiry and request packets to establish device paths.

A wake-up radio monitors low-power signals to trigger main sensor node activation only when network changes occur.