Network Topologies TRIZ Cases

A mobile node establishes a direct data path using a care-of address to bypass the home agent.

A protected frame updates block acknowledgment windows using authentication data to secure wireless transmissions.

A gateway device identifies master zone devices based on received signal strength to configure local data collection paths within HVAC systems.

Segmented M sequences improve channel estimation and spectrum efficiency in dense multi-band environments.

Segmenting antenna arrays enables simultaneous connection maintenance and signal scanning, eliminating service interruptions during donor selection.

A multi-link communication technique segments wireless channels to enable simultaneous data transmission across multiple frequency bands.

A repeater detects communication characteristics and outputs a reporting signal to enable positioning system adjustments.

Nodes use pre-sent hint instructions to act on sensed events immediately, reducing communication latency when the central gateway is busy.

A terminal device detects specific wireless LAN identifiers to trigger channel switching for interference avoidance.

Wireless stations adjust clear channel assessment thresholds based on observed collision rates, reducing unnecessary link suppression in dense networks.

A game controller routes audio through dedicated wireless modules to minimize latency during mobile gaming sessions.

Segmenting the protocol stack isolates the core network from satellite movement effects, reducing session setup latency and overhead.

A communication apparatus manages wireless network participation status to optimize resource usage during service operations.

Dual network interfaces bridge remote commands to local devices, eliminating extra hardware while conserving power through dynamic activation.

A wireless mesh network diagnostic system identifies connectivity issues through predictive analysis of signal strength and node neighbor counts.

Temporary identifiers allow Base Transceiver Stations to identify missing group members and initiate subgroup calls without extensive polling.

An exposure function node manages an AS group NIDD context record to distribute mobile originated non-IP data from a user equipment device.

Universal channelization aligns mmWave bandwidth with sub-10 GHz standards, resolving coexistence issues between different device schemes.

A relay access node manages downlink data forwarding to a donor access node based on real-time signal conditions.

A light emitting device transmits a pairing code as an optical bit stream to a receiving camera for secure device connection.

A serial null data packet transmission method coordinates access points within a multiple access point network to obtain channel state information.

Analyzing near-field effects on preamble phase and amplitude enables keyless trust verification for single-antenna IoT devices without multi-antenna hardware.

Nodes propagate mutual authentication data across independent ad hoc wireless networks using certificate-based intermediaries.

A configuration server exchanges network parameters between devices via a rudimentary communication path, eliminating manual setup complexity.

Automatic creation of location-based talk groups reduces messaging overhead and eliminates manual dispatcher delays during emergency incidents.

A micro-segmented network controller activates subscriber accounts and connects devices to isolated virtual segments via shared wireless infrastructure.

A PP-MAC mechanism schedules downlink and uplink transmissions to optimize resource allocation.

A wireline-access gateway function relays registration messages to authenticate non-5G devices.

A wireless communication system monitors direct link states to maintain connectivity across varying coverage areas.

Dynamic transmission point changes reduce handover interruption time by allowing terminals to switch paths without completing traditional procedures.

Continuous linear programming adapts control policies for distribution systems, resolving suboptimal resource allocation caused by uncertain parameters.

Selective muting of conflicting transmissions in overlapping areas enables public and non-public network coexistence while maintaining latency requirements.

A source device obtains a joint channel state report from a relay user equipment to monitor multi-hop transmission links.

Private base stations monitor uplink broadcasts from user terminals to detect existing allocations and avoid spectrum conflicts with public infrastructure.

Audio devices switch from low-energy to long-range connections or mesh networks when link quality drops, maintaining synchronization across extended distances.

A segmented NDPA frame defines resource parameters for transmitters and receivers, resolving inefficiencies in collaborative sensing measurement processes.

A mobile relay determines movement status via signal metrics to reduce measurement time periods and maintain service continuity during high-speed train travel.

An electronic device predicts position using cellular data and refines it with wireless LAN base station information.

Leader nodes assign ownership tokens to sensor entities, allowing specific devices to execute rules and prevent redundant information sharing.

A wireless terminal channel switch mechanism transmits announcement instructions and data across original and target channels during a soft switch interval.

Adaptive DRX parameters adjust sleep duration based on UE traffic intensity, improving ANR measurement success rates and reducing connection dropping.

A Wi-Fi access point broadcasts configuration data through beacon management frames for automatic device setup.

A device saves a pending indication when unable to communicate with a peer during secure association termination.

A router maintains a client address mapping table to forward packets across access points without changing the device network identity.

Transceivers adjust transmission cycle duration based on local neighbor counts to maintain high throughput in dense swarm configurations.

Control nodes route packets along disjoint wireless paths with low disturbance correlation to resolve reliability versus energy consumption trade-offs.

Simultaneous Fine Timing Measurement bursts reduce airtime and power consumption while maintaining indoor positioning accuracy.

A system preloads high-bit-rate content into local memory during favorable connectivity to enable seamless offline retrieval.

A vehicle communication device generates output timing specifying information to notify mobile terminals of accessory manipulation states.