Network Topologies TRIZ Cases

Self-Organizing Network module detects virtual node saturation and initiates handover to alternative Radio Access Technology nodes.

A decentralized system coordinates audio and video streams across separate handset and display devices for synchronized communication.

An EHT station encodes channel availability in a trigger-based PPDU preamble to optimize bandwidth use.

Standby access points take over host roles via preliminary action principles, eliminating client reconnection delays and storage overhead.

A base station splits data streams using a Packet Data Convergence Protocol layer to route traffic across LTE and Wi-Fi networks.

A programmed secure Wi-Fi onboarding SSID establishes a temporary connection between the client device and the access point.

Multi-AP coordination reduces latency for delay-sensitive applications by managing independent channel access through centralized scheduling.

A communication apparatus transmits authentication requests via unicast or broadcast to provide parameters efficiently.

Charging box detects identification information to establish communication, then sends pairing instructions that control earbuds to connect with the terminal.

A user equipment enters a conditional state to monitor LTE broadcast transmissions for reattachment triggers.

A cluster manager processes Layer 1 and Layer 2 measurements to execute intra-cluster handovers.

Segmenting RACH occasions by measured pathloss constrains received power uniformity, reducing near-far interference and transmission delays.

Carrier aggregation in narrowband IoT devices resolves the trade-off between communication capacity and device complexity.

AMF entity sends reactivation messages to idle user equipment, preventing downlink data transmission failures in N3GPP networks.

A user equipment detects collisions between registration and deregistration procedures to abort the conflicting action.

A wireless sensor network employs an event-based data management model to optimize query processing and resource utilization.

A satellite communication system concurrently links multiple satellites to maintain continuous data transmission channels.

Nodes detect channel interruptions by tracking reception status and request alternative channels, reducing unconnected time without central coordination.

Access point extends waiting period beyond SIFS to prevent premature channel repurposing when clients face processing delays.

A virtual base station consolidates mobile device connections, reducing network complexity and load by managing group handovers through a single entity.

An LTE base station executes RTS/CTS procedures to synchronize transmissions with WLAN modules.

Wireless group owner devices partition peer-to-peer networks into multicast groups using tailored Notice of Absence data.

Mobile station sends CQICH allocation request to target base station, reducing connection setup delays after fast switching.

Segmented content stored in local device caches bypasses internet bottlenecks, reducing transfer latency and bandwidth consumption.

A communication apparatus skips network introduction processing during re-connection by utilizing a pre-established encryption key indicated by a PMKID.

A network side compares terminal location data with stored router information to send connection notifications.

Wireless devices adjust group owner intent values based on detected network type to establish peer-to-peer connections.

Access point establishes passphrase binding for seamless BSS transition to WPA3 networks, resolving DPSK compatibility loss.

A mobile device relays Wi-Fi signals between a station node and a P2P node to extend coverage.

Pre-associates communication stations with predicted access points along a route to eliminate re-probing latency.

A satellite NodeB uses a location server to verify user equipment country against the core network, resolving regulatory compliance complexity.

A mediation node extracts RADIUS parameters from Wi-Fi networks to locate targets.

A mobile terminal merges LTE and WLAN modules to enable direct group communication via ad hoc networks.

Grouping nodes by proximity reduces collisions without adding retransmission delays.

Extended advertising packets carry receiving time and channel data for auxiliary signals, resolving low receiving accuracy in Bluetooth communication.

A single mobile measuring receiver determines WLAN device location using Time of Arrival beacon analysis.

Communication device selects target channel using beacon data to establish group, reducing signal collisions and improving Wi-Fi throughput.

A HealthCheck access point enables secure remote configuration of cellular base stations using Wi-Fi hotspots and RADIUS authentication.

A spoofed channel switch announcement directs wireless clients to a new frequency, forcing disconnection from unauthorized access points.

A dynamic access control system monitors network conditions to switch client devices from guest to primary networks.

A wireless band-steering device detects multi-band capabilities and directs devices to preferred frequency bands.

Decentralized multi-agent system uses an activation function to adjust agent positions based on neighbor distances.

A slave device detects master idle periods to switch between Bluetooth and Wi-Fi protocols.

Centralizing device control via a single login resolves the trade-off between security and operational complexity in multi-device networks.

An information processing apparatus exchanges capability data to automatically configure short-range wireless connections.

Base station suspends U-Plane bearer setup via MME control message, enabling LPN selection for efficient data transmission.

Established Wi-Fi clients embed network credentials in unused multicast address fields to transmit setup data to embedded devices.

Automated AAA policy change application generates and executes scripts to update roaming configurations across multiple nodes.