Network Topologies TRIZ Cases

A microservice embedded in remote radio units enables continuous self-monitoring and automated status reporting to network management systems.

Resource unit notching excludes transmission from incumbent frequencies, resolving interference while maintaining usable bandwidth.

A locating system uses GPS-equipped mobile devices to map Wi-Fi access points for position determination.

Multiple routers allow sensor nodes to reach external networks via proximity-based selection, resolving single-router isolation and topology rigidity.

OTFS modulation stabilizes channel coherence time to resolve OFDM bandwidth limits and mobility performance bottlenecks.

A scheduling method for ad hoc radio networks uses probabilistic interference criteria to optimize transmission cycles.

Segmenting MIMO frames into training, signal, and data parts enables dynamic tracking of fading changes that static initial estimates miss.

An access node monitors interference patterns to identify sources and instructs them to adjust transmissions.

A reconfigurable backhaul architecture enables dynamic mapping between baseband units and remote radio heads in small cell networks.

A six-field address scheme identifies source and destination endpoints in wireless mesh networks to enable efficient multi-hop data frame forwarding.

Channel controller selects avionic data transmission paths based on quality of service metrics.

Electronic devices transmit EHT PPDU in non-contiguous sub-bands separated by punctured regions.

A routing configuration table pairs a primary mobile device with multiple secondary devices to transfer incoming communications.

A location server broadcasts positioning assistance data in system information blocks to mobile devices.

Security platform monitors GTP traffic to apply policies based on Radio Access Technology type, resolving the inability to define dynamic per-endpoint rules.

An RF spectrum management system dynamically adjusts channel allocation and transmission power levels to enable coexistence among heterogeneous wireless technologies.

A PTT proxy server manages dummy participants to translate SIP addresses into subscriber numbers.

Reserved MAC header bits convey pending frame counts, eliminating contention-based channel access procedures and reducing transmission latency.

A mesh node switches between flooding and routing modes based on traffic intensity, reducing power consumption by minimizing unnecessary retransmissions.

A Policy Control Node queries a subscription repository to resolve conflicts and set authorized bit rate limits.

A wideband hybrid access protocol uses deterministic and opportunistic frame portions to transmit low latency audio data.

A radio base station apparatus calculates reverse direction grant duration using a set period ratio between initiator and responder frames.

Mobile inputs via a network reflector control a shared virtual environment, resolving latency and bandwidth constraints in public advertising spaces.

A network controller retrieves channel usage and data transmission measurements to determine access point channel capacity.

An authentication serving gateway converts WLAN terminal requests to target network protocols.

A wireless communication device specifies transmission available time information to synchronize frame transmission across multiple links.

A distributed reservation protocol embeds medium access time data within standard beacon frames to coordinate network stations.

Mobile entity indicates IP interface readiness to a trusted wireless access network gateway before data path switching occurs.

Dynamic user equipment aggregation extends cell edge coverage without requiring fixed small cells or Radio Access Network modifications.

A network management system correlates video images with operational data to identify connection failure factors.

User equipment logs traffic steering failure details and transmits them to the 3GPP network upon reconnection.

A relay node dynamically allocates unused resource blocks to user equipment for flexible data transmission.

Access points send probe response frames to wireless terminals when signal quality drops, resolving roaming stickiness caused by delayed terminal scanning.

Advertising hop distances centralizes routing management at the head node, reducing unnecessary traffic and conserving energy during network reconfigurations.

A data management apparatus detects and records wireless signatures from information handling devices.

A femtocell handover mechanism detects connection quality deterioration and selects an alternative base station based on backhaul capacity.

A backhaul monitoring module detects connection degradation and switches to alternative links.

Access point proxies sensing measurements for multiple stations, reducing latency and improving spectrum utilization.

Nibbler protocol encodes push-to-talk states into data messages for lower-layer detection, bypassing upper layers to reduce latency from 400 ms to 35 ms.

Segmenting stations into independent clusters enables simultaneous transmission, reducing handover overhead while maintaining spectrum efficiency.

A communication base system manages connections between headsets and multiple devices using network-side and user-side transceivers.

Wireless termination manages WLAN access point reconfiguration to reduce signaling overhead and improve mobility control.

A wireless authentication system uses network-determined location to verify proximity between user equipment and participant devices.

A transceiver radio with an RF front end receiver captures and demodulates signals across multiple non-overlapping channels using a medium access algorithm.

Network assurance system generates client trajectory subgraphs to identify access point transition patterns.

Grouping terminals and partitioning radio resources reduces signal collisions during wireless ranging.

Dynamic sensor resource sharing across networked devices overcomes physical obstructions and improves measurement accuracy.

Intermediary containers relay status data through short-range links to resolve satellite obstruction bottlenecks, ensuring continuous monitoring reliability.

Encapsulates SPI data in frames with identifiers to enable simultaneous two-way communication between master and slave modules.

A terminal apparatus displays device availability using radio wave interference and distance data.