Network Topologies TRIZ Cases

A mobile transceiver reports receiver sensitivity to a base station, which uses the data to determine customized bias values for signal quality measurements.

An IAB donor entity transmits switching instructions to a Distributed Unit to manage link status and resource allocation.

A drone handover method configures candidate base stations using measured signal quality values to initiate connection transfers.

A node retrieves stored radio measurements to support wireless device positioning without reconfiguring the user equipment.

Segmented gateway and hybrid devices maintain fire protection during installation or component failure.

Dynamic band switching prevents idle modes and improves system efficiency when receiving non-continuous signals.

Correlating audio chirps with data packets calculates distance, overcoming RSSI inaccuracy.

A router transmits encrypted security credentials through a dedicated local area network link to requesting terminals.

Segmented relay nodes process BLE beacon signals to locate mobile devices without complex infrastructure.

Authentication proxy server generates mobility keys for home agents, securing mobile subscriber signaling when AAA servers lack MIP registration support.

Merging wireless and application layer role control eliminates redundant reconnection processes, reducing processing load during service transitions.

Mobile termination sends discontinuous satellite coverage status via AT command, enabling informed data transmission decisions during gaps.

A management entity classifies BSS color collision events to maintain network stability.

Network Data Analytics Function collects mobility and server data to generate resource allocation insights.

A service-level communication and computing collaborative resource allocation device determines processing sequences for satellite nodes.

A movable radio base station changes operational modes to optimize wireless access parameters.

A mini slotted random access protocol adjusts transmission probabilities based on information age to minimize average latency.

A wireless communication apparatus filters non-target channel data using a judging unit to manage reception processes.

Scrambled timestamp sequences transmitted in designated time slots authenticate UWB nodes, preventing replay attacks while maintaining channel capacity.

Segmenting PRACH resources resolves relay access complexity while maintaining extended coverage and data rates.

Pre-synchronizing candidate ground base stations along a flight path ensures continuous communication during high-speed air-to-ground handovers.

Wireless access points detect radio frequency signals from mobile devices to enable location tracking without dedicated hardware.

A heterogeneous network control system uses a signal processor and converter to bridge distinct communication protocols.

Segmenting relay functions into simple forwarding nodes and authorized processing units reduces channel overhead while maintaining low device complexity.

Accumulated message success rates evaluate connection quality by accounting for intermediary links, reducing power consumption during parent node selection.

A mobile relay apparatus manages network connection context to coordinate activation and setup across donor cellular networks.

A tunable matching network adjusts reactance to optimize transmit power and receive signal strength in communication devices.

Reducing antenna size increases base station density, resolving the trade-off between data capacity and installation space.

A wireless mesh access point downloads firmware from a peer node and loads it into local memory.

A distributed learning medium access control protocol enables mesh points to negotiate transmission opportunities using carrier over interference ratios.

Secure tunnel provisioning isolates energy devices from public Internet attacks while maintaining persistent utility connections.

Relay Gateways manage signaling transparently, resolving device complexity trade-offs in UMTS multihop networks.

Master units establish ad hoc networks with slave sensors to resolve the trade-off between communication stability and system flexibility.

Core network pushes new CSG membership data to access elements, resolving subscription identity delays in hybrid cells.

A half-duplex network entity manages search space sets for physical downlink control channel monitoring.

Slave devices estimate distance from network circuits to maintain continuous data processing.

A cooperative localization process uses a network of interconnected radio apparatuses to determine absolute position through geometric triangulation.

Partitioning the paging identifier space allows access points to transmit compact messages, reducing bandwidth and power consumption in wireless networks.

First relay apparatus acquires cell information from lower-level base stations to identify target cells during handover.

Integrating LAN and WAN interfaces into one photo controller eliminates gateway hardware, reducing installation costs and deployment space requirements.

A device selects a personal access point channel to reduce desense on a WWAN receiver.

Extended Proxy Mobile IPv6 protocol enables residential gateways to establish IP tunnels and authenticate mobile nodes directly with local mobility anchors.

A transmitting node partitions bits into segments transmitted at different frequencies to adapt the hopping scheme dynamically.

Trigger frames allocate resource units for fine timing measurement requests, resolving control information exchange complexity.

A mobile terminal sends connection request messages on a common transport channel using a default reporting configuration stored locally.

Devices exchange power-based intent values to dynamically assign peer-to-peer roles, balancing data transfer needs against battery life constraints.

Relay terminals report location and signal strength data to enable dynamic resource allocation that reduces network congestion.

Receiver devices determine transmission resources for channel state information reports using mode 1 or mode 2 allocation procedures.

A terminal detects radio signal strength from access points to determine distance and automatically control the nearest device.