Network Topologies TRIZ Cases

A display apparatus uses multiple short range wireless modules to identify active communication links and determine mobile terminal positions.

External storage device merges authorized terminal lists into private mobile radio infrastructure, eliminating manual reconfiguration delays.

AIS senders insert status variables into spare message buffer fields, enabling user-defined information transfer without altering standard compliance.

Wireless terminals generate dynamic transmitter yielding thresholds based on link quality and service requirements for decentralized traffic scheduling.

A station activates a Bluetooth channel to communicate with an access point when the primary Wi-Fi link fails.

Intermediate client devices relay encryption keys to synchronize host devices across separate networks, resolving direct communication constraints.

Segmented containerized components enable parallel processing across autonomous mobile nodes, maintaining application availability in disconnected environments.

Time slot allocation in a remote terminal unit network reduces configuration time by automating device discovery and commissioning.

An access point transmits downlink data while receiving uplink data on separate spatial channels.

Slave nodes assume auxiliary master roles on a two-wire bus, eliminating heavy cable bundles while maintaining system reliability.

A method maps industrial field requirements to network parameters to configure wireless communication topologies with master and field devices.

Dynamic back-off intervals resolve the contradiction between collision avoidance and data staleness in multi-user wireless networks.

A near field communication circuit tests session identity values to reuse established configuration data without reinitialization.

A radio communication apparatus transmits identification information within a control message to switch frequency bands during random access.

A mobile relay system allocates available spectrum to base station and user terminal links via dedicated sensing entities.

Beacon bursts enable new modules to discover neighbors and select reliable links, reducing deployment time despite sleep mode delays.

Context identifiers enable user equipment to transfer active sessions to non-terrestrial nodes, preventing data loss and eliminating re-establishment latency.

A 5G registration mechanism uses a defined geographical radius to group mobile devices and manage their connection states via the Access and Mobility Management Function.

An IoT platform authenticates portable mass storage devices using encrypted communication channels and unique identification codes.

Radio network controller identifies femto interference through duplicate connection requests, preventing ping-pong handovers and call setup delays.

A wireless communication device stores connection settings to automatically reestablish links without manual proximity operations.

A network disturbance notification system monitors computer networks and sends alerts via multiple channels to ensure timely user awareness.

Segmenting root and backup portal roles prevents infinite traffic loops while enabling load balancing across multiple active paths.

A wireless access point generates distinct information fields within a single frame to support simultaneous uplink transmission from multiple user devices.

Segmented authentication keys grant differentiated access rights to IoT devices, resolving the trade-off between operational ease and information security.

Fine Timing Measurement calculates distance from signal round trip time to achieve one-meter positioning accuracy without manual configuration.

Pre-configuring target Wi-Fi access point data in RRC messages reduces transmission interruption time during LTE handovers.

A communication device generates and negotiates a new IP flow routing rule with a terminal to establish optimal network control.

A Telephony Collaboration Manager system routes calls across registered devices in a trusted group.

Deriving a Pre-Shared Key from a stratum security key eliminates pre-configuration requirements, reducing management effort and connection setup latency.

A scheduling device assigns different uplink and downlink resource periodicities to field devices in industrial wireless networks.

Measurement objects link synchronization signal blocks to bandwidth parts, resolving incomplete reports from average beam thresholds.

A Metro-WSG gateway terminates Iu-b signals and establishes IPsec tunnels for femtocell base stations.

Distributed ledger validation secures ad hoc network service sharing by eliminating central agents and ensuring transaction integrity.

Segmenting virtual active sets by cell type eliminates cross-interference, resolving the trade-off between measurement simplicity and accuracy.

A data routing method connects an access device to a local wireless network using DHCP requests with EXTWAN parameters.

A test apparatus emulates wireless devices via a processor and memory to sequence communication actions.

User equipment informs the cellular network about local ad-hoc communication resource restrictions to coordinate radio allocation.

A WLAN edge detection mechanism compares beacon and neighbor reports to identify client devices moving away from coverage.

A base station selects frequency-time block allocation patterns to manage communication links between a relay device and mobile terminals.

A camera management system decodes audio signals to extract network credentials for wireless access points.

Directional antennas reduce radio interference in wireless mesh networks, improving throughput by 7.5% to 14.1% while lowering packet loss rates by 42% to 86%.

Devices exchange capability frames to enable simultaneous multi-band transmission, resolving throughput limits in existing Wi-Fi standards.

Integrating the switch into the subscriber eliminates external wiring, reducing mass while maintaining deterministic network reliability.

User equipment checks exempt services to avoid wasting network resources when data off is active.

Devices exchange function information to determine access point roles, resolving ambiguity in IEEE 802.11 infrastructure mode connection establishment.

SONAC management entities reconfigure network slices to resolve the trade-off between service flexibility and network management complexity.

A WLAN positioning system estimates access point relocation probability using historical movement data to weight location observations.

A network security manager device acts as an intermediary between IoT devices and a wireless router to manage local connections.