Network Topologies TRIZ Cases

Proximity graphing system generates neighbor lists from client roaming behavior data to optimize wireless handoffs.

A WiFi access point captures wide spectrum signals and aggregates non-contiguous channels to resolve bandwidth inefficiencies from separate radios.

A communication device relays information between short-range authenticated units and distant devices.

Transmitting a GARP message after handover preparation reduces connection outage time and ensures seamless service continuity.

A Session Initiation Protocol server coordinates voice call transfers between wireless access points to maintain continuous connectivity.

Autonomous spectrum sensing identifies idle channels in low-orbit satellite systems, enabling flexible frequency reuse while reducing radio wave interference.

A multi-link device generates management frames containing reduced neighbor report information and multi-link elements for transmission to peer devices.

WLAN devices estimate interference statistics by comparing predefined attribute values embedded in the transmitted PPDU structure.

An intermediary gateway coordinates switching preparation to eliminate wireless interference during WLAN and cellular transitions.

A relay node transmits packets via multiple paths using pre-configured routing ID associations to disperse load across a cellular network.

A terminal measures channel qualities using base station reference signals to determine optimal handovers between different radio access technologies.

A wireless device merges Wi-Fi Direct and non-Wi-Fi Direct connections onto a single shared channel to maintain stable communication.

A post-association service discovery system enables electronic devices to query and access peer-to-peer services over infrastructure networks.

A wireless communication apparatus uses two carrier sense thresholds to determine busy states and differentiate interference from other transmission errors.

Frequency division multiplexing allocates distinct bandwidth portions to concurrent uplink transmissions across multiple radio access technologies.

A barcode scanner detects asynchronous optical states from a computer screen to exchange encoded data.

Processor configures adjustable measurement gaps in macrotechnology signals to enable multi-mode user equipment detection of microtechnology network strength.

Stations scan base headers to decode channel reservation parameters for autonomous time-frequency resource selection.

Control plane entities detect suboptimal routes and select local gateways to optimize data paths.

Calculating constant communication environment properties from captured RSSI values to improve measurement precision in indoor spaces.

A dual-band mobile POS terminal switches between Wi-Fi and TVWS networks to maintain communication links.

A recording device detects a wireless LAN adapter connection and enables communication using pre-set or auto-generated passwords.

A relay node maps Uu radio bearers to Un interfaces using quality of service parameters.

A centralized gateway coordinates frequency hop patterns across mesh nodes to resolve interference risks from independent radar detection.

Secondary eNB terminates user plane bearers to reduce macro processing load and optimize data routing.

A network device sends a cell identifier to a terminal for reestablishment.

A device connection system manages wireless links using a user-defined priority list to determine pairing order.

A timer uses an electromagnetic signal to start or stop while a sonic signal travels between nodes for distance calculation.

Edge nodes filter digital data packets to detect protocol anomalies, reducing network bandwidth usage and storage needs for debugging.

Itinerant sensors use machine learning to compare readings against fixed calibration points for autonomous accuracy adjustment.

A method switches data bearers between radio access technologies using configuration messages to initiate the transition.

A wireless method reserves non-contiguous sub-channels within an operating band to enhance channel allocation flexibility.

Intercepts browser network requests to share files between mobile devices, eliminating software installation and network flow consumption.

A Bluetooth device selects a stored BD address via a physical switch to pair with specific hosts.

Distributed validation algorithms check policy consistency across network elements, reducing expert involvement and operational effort.

Analyzing vehicle movement profiles schedules wireless data transfers during proximity windows, reducing public network dependency and lowering transfer costs.

A directionally oriented wireless telecommunications facility creates a bidirectional link using infrared or RF radiation for immediate device connection.

A multi-layer communication model automatically searches for and connects to available public infrastructure using dynamic layer switching.

Master devices contend for access during a medium reservation window to advertise timeslot reservations, reducing interference in shared frequency bands.

Segmenting Layer 1 and Layer 2 parameter reconfiguration from Layer 3 procedures reduces link reestablishment time in non-terrestrial networks.

Dedicated tracking areas prevent simultaneous location updates among user equipments during high-speed railway handovers.

A streaming media device receives media content from a mobile phone via peer-to-peer networking protocols for local playback.

Handover source eNB extracts a predetermined bit from the Cell ID within the E-CGI to identify whether the target is a macro cell or small cell.

Segmenting association identifiers by group enables high data throughput in MIMO communications while maintaining backward compatibility with legacy devices.

A phase noise tracking algorithm estimates signal parameters using simplified formulas to reduce pilot overhead.

Relay nodes switch flooding packets to routing propagation, reducing power consumption and network overhead.

Repurposing existing wireless devices eliminates complex mesh networking costs while providing extensive coverage and flexible data gathering.