Network Topologies TRIZ Cases

A base station schedules user equipment transmission modes to characterize uplink interference during scheduled transmissions.

A communication system intercepts streaming data through a base station to enable multi-device transfer.

A wireless device dynamically switches between Bluetooth and Wi-Fi connections to maintain continuous audio playback.

An electronic device interface automates network connection management for external peripherals, reducing manual configuration time and cognitive load.

Anchor eNodeB detects handovers and forwards packets directly to target cells, bypassing the Serving Gateway to reduce backhaul overhead.

Sectorized base stations replace numerous battery-powered transmitters by defining virtual zones through directional beams, reducing maintenance complexity.

Communication device receives duplicate packet data via two access networks to verify inter-network path establishment before disconnecting from the initial network.

Docking a peripheral device via an audio jack establishes a secure wireless network, resolving the trade-off between ease of operation and network security.

Mobile robotic units dynamically reposition to maintain continuous communication coverage while proactively detecting perimeter threats.

Enterprise controllers provision 5G network slices to extend segmentation across service provider networks.

Signaling release message delays NTN cell reselection for wireless terminals.

A primary base station initiates resource reconfiguration for user equipment at a secondary node.

A position estimation system extracts stationary measurement periods from terminal acceleration data to train accurate location models.

Allocates frequency resources via interlace indices and subband indices to improve channel occupancy efficiency while reducing LBT operation complexity.

Keeping the wireless LAN chip powered during shutdown skips initialization, reducing startup time from tens of seconds to under ten.

Relay stations enable access points to manage multiple channels, reducing standby times during switching and improving throughput in TV white space networks.

RRM identifiers enable group-level resource management for EN-DC, resolving the contradiction between enhanced data capacity and lost user group identification.

An admission control mechanism maintains session quality by dynamically adjusting resource allocation to handle deteriorating transmission conditions.

A parallel subband transmission method allocates distinct frequency resources to multiple stations via access point scheduling.

A proxy station consolidates discovery frames from multiple origins, reducing channel congestion and power consumption.

Dynamic timing adjustment reduces power consumption while maintaining communication capability between multiple wireless devices.

Base station feedback instructs user equipment to halt uplink data, reducing collision probability and enhancing system capacity.

A secure package receptacle integrates UV-C lamps and digital locking for contactless delivery handling.

Mobile device establishes a second cellular connection before terminating the first carrier link.

A wireless device switches to a non-primary channel when overlapping basic service set activity exceeds a threshold, maintaining throughput.

Auxiliary sensor data links randomized Wi-Fi addresses to maintain continuous device identity despite privacy-driven address rotation.

Home network controller counts steering occurrences and increases signal parameter offset to reduce excessive band switching.

A mobile communication device controller selects between NAICS and MUST operations using a single interference cancellation receiver.

Separating prefix and attribute objects minimizes redundant data exchange, accelerating routing convergence and increasing network throughput.

A flexible mesh network architecture enables peer-to-peer connections between nodes to track assets in clinical environments.

Cascading single-channel WLAN devices through switch circuitry eliminates separate production lines and reduces manufacturing complexity.

A full-duplex wireless device uses dual-layer antenna arrays to cancel self-interference during simultaneous transmission and reception.

Electronic device clusters external nodes to receive short-range device information and display connection indicators, eliminating manual pairing steps.

Intermediate vehicles relay route request packets and monitor quality metrics to maintain reliable data streaming when infrastructure antennas are out of range.

A multi-link device sends a message frame identifying enhanced multi-link single-radio operation to manage spectrum resources.

An in-coverage relay user equipment selects communication resources from a pool to facilitate data relay between out-of-coverage devices and the network.

A relay device periodically collects terminal information and transmits it to a management system.

Selecting distinct transmission parameter sets for non-terrestrial networks resolves terrestrial coverage gaps caused by long propagation distances.

Selective network slice authentication skips redundant authorization checks for subsequent slices, reducing signaling overhead in mobile core networks.

Automated channel setup uses PIN codes and Probe Requests to eliminate manual configuration delays and enable automatic recovery from failures.

Information handling systems automatically discover and connect to nearby wireless devices using proximity detection.

A dual-access relay node separates backhaul paths to resolve resource conflicts in high-density multi-operator environments, ensuring seamless data rates.

Indication information in trigger frames directs only target stations to send MAC frames, preventing unnecessary data transmission from other devices.

Deriving BSSIDs via radio-specific MAC offsets resolves scaling limits for wireless standards supporting multiple radios.

Enables user equipment to act as an ad hoc base station, restoring connectivity in areas lacking traditional infrastructure.

Scheduling a mobile base station to move into high traffic demand areas improves signal distribution adaptability while managing system complexity.

Smart device performs Bluetooth identity recognition using a local preset mapping table between user accounts and identifiers.

Filters unsupported options via identification data to prevent setup failures.

A wireless device segments transmit opportunity messages into distinct data rate portions to enable station reception.