Network Topologies TRIZ Cases

A Service Negotiation Plane forwards messages between client networks using control interfaces with data guards.

A satellite communication system transfers resource scheduling assignments between orbiting satellites and ground stations to manage radio access.

A Bluetooth control unit divides communication channels into frequency-based groups to select interference-free bands for data transmission.

Dynamic control group pairings enable distributed IoT devices to synchronize operational data without a central hub, resolving connectivity failures.

Centralized frequency coordination maintains TVWS mesh network quality by resolving interference risks through pre-computed path optimization.

Access points autonomously calculate locations via neighbor ranges, eliminating manual surveys for dynamic networks.

A mobile device establishes network connections by retrieving prioritized connection information from historical data.

A server mechanism detects anonymity requests and removes identifying information from user plane messages in push-to-talk networks.

A handoff manager coordinates transitions between macro and pico base stations using device speed and data type parameters.

A TLS Routing Agent acts as an HTTP/2 forward proxy between consumer and producer SEPPs in IPX networks.

Local cell update handling within small cell clusters reduces gateway signaling load during idle mobility transitions.

Cascaded 2:1 selectors distribute control signals across contiguous slot groups, reducing circuit complexity and resource usage.

Predicting access point loads via RSSI and traffic data allocates bandwidth to minimize actual network interference.

Almost blank subframes create protected windows for pico-cell users, enabling load distribution without throughput degradation.

A master duty cycle controller manages Wi-Fi and Bluetooth radio settings to optimize multi-radio coexistence.

Persistent storage of probe response data eliminates redundant discovery cycles, reducing connection establishment latency while maintaining reliability.

A provisional node establishes coded PHY connections between Bluetooth mesh nodes to extend communication range beyond standard limits.

An apparatus selects find location techniques based on physical environmental conditions to generate accurate direction graphics.

A predefined Association Identifier in trigger frames enables non-AP stations to transmit latency-sensitive traffic via channel contention mechanisms.

A collapsed mobile architecture distributes anchoring functions across connection nodes to enable direct IP communication.

A user management system configures convergence link tables in access points to maintain continuous data transmission across wireless cells.

A protocol stack tunnels data radio bearers through User Datagram Protocol connections over wireless local area network links.

A mobile relay node manages network transitions by sending handover commands before receiving target acknowledgments.

A wireless communication unit manages device connections by temporarily disconnecting relay path devices to create room for new network joins.

Segmented bitmaps extend NAN availability schedules beyond 512 time units while minimizing communication overhead.

A wireless private gateway application assembles partial identifiers from multiple mesh nodes to establish a trusted communication link.

Software-defined modified response frames resolve hardware complexity trade-offs, accelerating vendor-specific trigger adoption in WLANs.

An interworking function entity performs encapsulation and conversion of control plane signaling and user plane media data between user equipment and trunk control functions.

A network architecture couples mobile devices with presentation screens to enable real-time data mirroring across distributed systems.

A Bluetooth master device establishes simultaneous voice connections using time division multiplexing.

A wireless device estimates distance using beacon and synchronization signals exchanged between peer devices.

Dynamic standby switching prevents video delays and packet loss caused by simultaneous P2P and infrastructure connection attempts.

A home base station determines its location using position data from user equipment and a second base station.

Self-organizing network policy engines update neighbor associations between frequency carriers to direct traffic flow.

Centralized validating engine pins third-party certificates, preventing man-in-the-middle attacks on mobile apps.

Flow-specific resource reservation allocates dedicated transmission opportunities along multi-hop relay paths to increase data rates.

A residential gateway relays data between a set-top box and peripherals while deactivating the set-top box Bluetooth network to prevent signal overlap.

Segmenting data packets reduces bandwidth usage, enabling reliable real-time V2X transmission despite limited channel capacity.

Wireless stations update privacy parameters via shared keys and time-varying inputs, preventing user tracking while maintaining stable communication.

A super-regenerative receiver dynamically adjusts oscillation signal bandwidth via a quench waveform generator to optimize signal detection.

Splitting MAC and WAPI functions between Wireless Terminal Points and an Access Controller enables centralized management of wireless networks.