Network Topologies TRIZ Cases

A mobile terminal apparatus binds home and care-of addresses across multiple interfaces to enable seamless network transitions.

A mobile router establishes a secure bidirectional tunnel via a route server to eliminate triangular routing delays across different ISP networks.

A communication device configures peripheral devices for low duty cycle operations when disconnected from a central unit.

A wireless station determines a length field value in a trigger-based PPDU signaling field based on the triggering frame type.

A proximity communication relay authenticates mobile terminals and forwards commands to stationary devices via high-speed wireless links.

Opportunistic testing of non-preferred modulation schemes updates metric data, resolving reliability-versus-throughput trade-offs.

A central server manages connections between content providers and devices to enable automatic media streaming without native applications.

A WLAN device transmits a test packet containing multiple portions modulated with different MCS options.

Dynamic relay node adjustment reduces bandwidth consumption and packet-forwarding failures by adapting to network topology changes.

A consolidated wireless control plane integrates multiple nodal functions into a single network element to unify user equipment state contexts.

A split security edge protection proxy architecture separates control plane and user plane functions to enable independent scaling.

Access point configures trigger-based physical protocol data units to transmit sounding null data packets.

Smart devices use BLE requests to verify users before switching to stable Wi-Fi Direct connections, preventing unintended pairings.

SDN controller converts tunnel mode to bridge mode for local traffic, reducing network overhead and speeding up peer-to-peer transfers.

An authentication server uses a mapping table to associate port identifiers with device MAC addresses.

A drone combines control signals from multiple base stations to improve signal integrity.

Consolidating separate reporting steps into one unified message eliminates sequential delays, accelerating handover command reception.

User devices relay video streams through ad hoc networks, reducing cellular bandwidth consumption and alleviating network congestion.

Infrastructure classifies wireless devices to apply selective Media Access Control address rotation, preventing legacy connectivity disruptions.

Automated monitoring system estimates impacted customers in mobile networks to prioritize remedial actions based on real-time performance data.

A relay device maintains a group table to register terminal devices, enabling dynamic group formation without pre-defined structures.

Sensor access points transmit test signals to establish baselines, detecting physical topology changes that cause suboptimal cell edges.

Distributed nodes index spatial, temporal, and contextual data elements to enable real-time predictive decision-making in ad hoc networks.

Communication module establishes secure wireless connections using button-initiated self-service protocols to reduce user complexity during registration.

A commissioner device schedules BLE anchor points within connection intervals to manage multi-device commissioning.

Centralized resource allocation uses pre-measured signal strength and interference data to maximize system capacity.

Segmenting channels for beacon reception and sensing transmission resolves interference between WLAN communication and object detection.

A network assurance service calculates frequency distributions of performance measurements to identify outlier entity groupings.

Peer devices follow specific channel successions to synchronize timing and manage frequency hopping, reducing packet collisions in wireless networks.

A wireless device selects DFS channels using weighted historical radar event scores to maximize bandwidth availability.

Path-aware steering logic analyzes fronthaul and backhaul metrics to resolve suboptimal bandwidth allocation caused by signal-only decisions.

A multiradio control system allocates dedicated and shared timeslots to manage concurrent wireless communication mediums.

A Bluetooth gateway mediates control commands between a terminal and multiple remote devices, extending range without increasing power consumption.

A source device dynamically switches between UDP and TCP transport protocols to optimize media streaming performance.

Subscriber information management apparatus segments service classes to enforce granular access rights for home base station services.

A device-to-device communication method determines group ownership by comparing internet access capabilities between peer devices.

A multi-link wireless access point shares channel statistics across links to improve MIMO receiver performance.

A controller assigns numbers to mesh network devices based on their communication state to manage exit processing.

A Zigbee vulnerability analysis apparatus allocates multiple analyzers across network channels to inspect predefined and new security threats.

A communication device manages service requests from multiple devices by determining its current execution capability and responding accordingly.

A wireless docking center transmits response messages indicating support for Wi-Gig Bus Extension and Wi-Gig Display Extension protocols.

A WLAN device schedules low latency traffic stream windows and pre-empts transmission opportunities to transmit data immediately.

A software access point enables direct HTTP communication between an image processing apparatus and personal area network devices.

A system offers cellular radio unit functionality as a service to multiple mobile network operators using shared spectrum bands.

A TETRA Direct Mode Operation device uses π/2 shifted Differential Binary Phase Shift Keying modulation to extend communication range.

A station translates application data into fictitious topology elements and inserts them into transmitted topology updates.

A communication speed prediction apparatus adjusts model update frequency based on device state to forecast future speeds between moving units.

A network access point transmits security requests to credential-evaluation entities to determine visitability states for connected terminals.

A radio communication device manages voice frequency switching through automated condition verification.

A mobile app generates an MR code to establish a communication channel with a browser for content control.