Network Topologies TRIZ Cases

A remote server routes mobile calls via VoIP over satellite links when cellular networks are unavailable.

Simultaneous multi-channel monitoring eliminates switching delays and missed communications while reducing interference between active talkgroups.

Companion terminal establishes a local Transport Layer Security connection using an HTTPS URL to exchange operation instructions with a primary device.

NFC controller resolves communication delays in multi-environment systems by maintaining application-to-NFCEE routing tables via preliminary channel activation.

A single logical base transceiver manages multiple physical units through timeslot and frequency remapping.

An address generator assigns unique network addresses to child nodes by appending values to parent addresses.

Relay nodes exchange discovery messages with neighbors to update routing tables, reducing overhead while maintaining accurate paths.

A communication device manages UE Access Stratum context validity during radio resource control suspension and resumption across different radio access technologies.

Portable WLAN monitoring system records traffic across multiple radio channels without data loss using distributed receivers.

Wireless thin clients connect to peripherals via Bluetooth or Wi-Fi, isolating the hardware to prevent unauthorized physical access and malware introduction.

A distributed Wi-Fi system coordinates multiple access points to maintain signal strength, minimizing interference and congestion in residential environments.

Network controllers coordinate radio resources across multiple base stations to resolve inter-cell interference and improve user throughput.

A security module establishes authentication for multiple frequency bands before switching to enable seamless session transfer.

An intelligent radio controller dynamically manages pooled resources across multiple radio technologies to reduce signaling loads and core network congestion.

Segmented failure detection prevents unnecessary reestablishment procedures by managing links independently.

Voronoi tessellation generates candidate base station sites and assigns Tracking Area Codes to create a redundant network plan.

A small cell architecture manages bearer switching between macro and small nodes using connectivity type indicators.

Measurement reports enable handover for UE relays, resolving the conflict between ad-hoc deployment flexibility and network control complexity.

A femto management system allocates spectrum resources between macro and femto networks using geolocation data.

A wireless network transmission device configures distinct uplink and downlink channels using separate frequency bands to establish reliable multi-hop connections.

Source nodes reserve multi-hop channels via incremented NAV fields, reducing end-to-end delay for VoIP traffic while discarding unused slots.

Automatic Wi-Fi AP selection evaluates network metrics to resolve manual configuration bottlenecks and optimize VoWiFi performance.

A mobile terminal device merges multiple terminal equipment connections into a single packet data network context to manage evolved packet system bearers.

A node selects antenna patterns from a predefined set based on candidate RF signatures to optimize transmission profiles.

Dynamic time slot assignment reduces energy consumption by enabling nodes to sleep during unscheduled periods while maintaining network reliability.

A dual mobile device system manages exclusive feature activation between primary and secondary units to enable seamless service swapping.

Separating control and data channels prevents transmission delays during congestion, improving resource utilization.

A base station uses a self-organized network receiver to detect neighboring cell identifiers and address information for direct link setup.

A two-stage scheduling method separates frame buffering from channel access decisions in wireless local area network terminals.

Proxy router detects SCTP disconnections and transmits X2AP STOP messages to evolved nodes, preventing network congestion from unnecessary signaling.

An access point creates separate virtual networks using distinct encryption methods to accommodate devices with varying security capabilities.

A proxy cell stores user and control plane data, reducing transmission delays during wireless mobility.

A measuring gap schedule coordinates user equipment to withhold transmissions during specific intervals for accurate spectrum sensing.

Wireless transmit receive units manage fog network connections by accepting or declining resource solicitations, reducing battery drain and network congestion.

Bluetooth Low Energy facilitates peer-to-peer group formation for Wi-Fi Direct connections, resolving multi-device negotiation failures and channel conflicts.

Replacing manual remotes, the system uses inertial sensors to detect leaning movements and automatically slows down when distance exceeds limits.

A projector broadcasts a beacon signal containing its IP address to enable automatic wireless terminal connection.

An aggregation node segments cellular and personal area network domains to resolve system complexity while supporting diverse wearable device connectivity.

A station discovers full-duplex transmission opportunities by exchanging measurement frames with peer devices and reporting interference data to an access point.

Mobile terminals establish data links with multiple Bluetooth devices and route voice connections based on user-selected target identifiers.

Pre-exchanged availability information eliminates polling messages and acknowledgments, reducing network bandwidth consumption in neighbor aware networks.

Registration server distributes active client list records to wireless switches, maintaining IP connectivity during layer 3 roaming.

Secondary radios in mesh devices transmit path error messages faster than primary hops, reducing route recovery time and preventing traffic congestion.

Spatio-temporal representations guide sensor position determination models to reposition mobile sensors, optimizing information gained by swarms.

A tier-based frame structure allocates channels using time reuse across hierarchical network tiers.

A digitized voice alert system converts text messages into audio signals for instant network transmission to remote devices.

Assigns a master wireless device as a hotspot to relay communication services for slave devices, reducing access point load and improving spectral efficiency.