Network Topologies TRIZ Cases

Segmenting data and control tunnels reduces access controller processing load by eliminating centralized VLAN management.

Segmented family identifiers and periodic update windows allow software distribution without establishing two-way data exchanges that cause signal saturation.

Segmenting uplink subframes allows concurrent P2P and wide area network operations, reducing interference while maintaining HARQ timelines.

A controllable device compares client lists to determine connected clients and automatically adjusts its operating state based on the comparison result.

A communication apparatus transmits data-related information before joining a wireless network to establish reliable connections.

Serving base stations determine handover commands based on predicted travel routes of user equipment and mobile relays, preventing unnecessary operations.

Radio Soft Switches and Interactive Voice Response devices manage talk permit tones and vocalic patches to eliminate audio delays in emergency communications.

A processing unit manages a reduced set of buttons to control multiple aircraft communication channels via a display screen.

Sensor nodes embed data in Wi-Fi probe request frames to broadcast readings, eliminating complex connection overhead and reducing energy consumption.

A Wi-Fi P2P group owner assigns high priority to WLAN network sharing data to preoccupy the radio channel through contention.

Separating uplink multihop routing from direct downlink paths reduces relay power consumption.

Proxy nodes mediate messages to reduce network latency and radio resource consumption.

Wireless mesh networks determine relay nodes via dynamic radio link quality parameters rather than static geographic layouts, improving transmission efficiency.

Tracking inter-zone worker movements classifies activity dependencies to eliminate unnecessary travel and reduce accident risks in dynamic factory environments.

Assigning special user role maintains active connection for deep packet inspection and location tracking without blocking network access.

Coordinated pseudo-monostatic RF sensing enables simultaneous transmission and reception for accurate human presence detection.

Mobile robots extend coverage by deploying edge devices when signal quality drops below thresholds, then retrieving them upon return.

A communication device manages cellular and WLAN aggregation by selectively retransmitting protocol data units based on local memory availability.

Cloud intermediary enables remote IoT pairing without physical proximity, resolving setup constraints.

User equipment detects secondary cell group failure and switches master cell group duplicated signaling radio bearer transmission to maintain connectivity.

Dynamic master-slave switching balances processing load across portable devices, ensuring continuous gameplay without cellular network dependency.

Preprogrammed mobile device credentials automate alternate wireless network connections, resolving user configuration complexity.

A beacon device broadcasts encrypted packets with timestamps to enable secure mobile communication.

A base station coordinates connection switching between two user equipment parts of a relay node to establish a backhaul link.

Detects advertising sequences in one protocol to synchronize transmission timing with another, reducing processing complexity during dual-mode scans.

Extending mesh network association messages with validity periods and sequence numbers improves mobile station tracking.

Home Location Register translates home PLMN supplementary services into visited network codes, resolving identifier mismatches during roaming.

Wireless devices configure minimization of drive test logging via sidelink operational criteria to capture relevant vehicular measurement data.

Remote control application delivers encrypted firmware updates to embedded systems over local area network connections.

A mobile device tracking system monitors group proximity using GPS data to generate alerts when a target exceeds a defined distance threshold.

Reconstructing the interfering WLAN signal allows the LTE radio to subtract it, resolving congestion in unlicensed spectrum bands.

Dynamic link switching resolves line-of-sight blockage bottlenecks by transitioning nodes from narrow beam point-to-point paths to wide beam modes.

An intermediary gateway offloads processing from the central unit to reduce signaling loads and minimize handover latency.

Dynamic DCI signaling controls backhaul and access link directions, resolving the trade-off between resource utilization efficiency and system complexity.

A WPAN coordinator requests WLAN channel access using RTS-ULP frames to coordinate shared spectrum operation.

A terminal configures an IPsec tunnel to transmit user plane data through a WLAN carrier alongside an E-UTRAN carrier.

Designated wireless switches relay control messages via peering sessions, allowing clients to retain IP addresses and avoid VoIP disruptions.

Standardized application programming interface coordinates multi-vendor components, resolving communication complexity while optimizing energy consumption.

A master device classifies ultra-wideband channel suitability using request-response messages to manage communication resources.

A test configuration concurrently measures throughput and output power on backhaul and access links of integrated access and backhaul nodes.

Backend server mediates login authorization between terminals on the same network to enable rapid account access.

A self-tuning network framework uses machine learning to predict bottlenecks and adjust routing paths across multiple wireless protocols.

Policy Control Function modifies subscription-based rules to allocate dynamic Quality of Service parameters during user equipment handovers.

Segmenting processing tasks across independent IPs resolves noise cancellation and volume adjustment bottlenecks in multilateral Bluetooth calls.

A CAPWAP extension tunnel enables wireless termination points to relay measurement data across access controllers.

Null data packet based implicit sounding reduces signaling overhead by estimating uplink channels for downlink precoding.

Synchronizing equivalent public land mobile network databases across dual subscriptions resolves asymmetric configurations that limit data communication rates.

Replacing analog oscillators with digital synthesis eliminates frequency drift and calibration maintenance while enabling cross-system compatibility.

A telecommunication system maintains user equipment status lists to selectively route messages based on device availability.