Data Switching By Path Configuration TRIZ Cases

Server-verified IoT device actions add stronger, more accessible authentication for sensitive operations using visual, audio, or tactile cues.

Measures transmission path characteristics and compares deterioration data to identify network aging, abnormalities, wire breakage, and topology changes.

Resource abstraction and recipe orchestration let IoT services and user settings move across devices without hardcoded identifiers.

When a newly added in-vehicle unit cannot send its own data, candidate-based input enables reliable network configuration with less user error.

Accounts for parameter-setting delay when selecting routes and frequency slots, helping optical paths meet temporal demand constraints.

Dynamic pricing guided by appliance utilization and user demand balances washer and dryer wear across locations and simplifies maintenance.

A multi-interface gateway links wired or wireless BACnet MS/TP equipment to cloud apps for remote monitoring and command without adding IP to each device.

When a newly added ECU cannot send its function data, the system requests missing details and builds a feasible in-vehicle network configuration.

An intermediary virtual media layer queries multiple services and routes voice playback through one interface without direct service-specific integration.

A server-mediated virtual assistant selects the right device from shared audio input, avoiding duplicate responses and lowering battery demand.

Edge telemetry anomalies are aggregated to separate local edge faults from network path issues in multi-cloud SD-WAN SaaS performance.

Discovery-based proxy chaining enables secure remote access to layered IoT endpoints without direct Internet exposure across sensitive network layers.

Automatic port mapping uses network queries and embedded video metadata to match encoders and decoders without manual ID entry.

Remote bypass switching reroutes fiber paths around failed first-type cross-connects, preserving reachability to second-type nodes within n hops.

A pseudo node preserves external adjacencies during IGP zone migration, reducing service interruption and reorganization effort.

A multi-interface gateway links wired or wireless MS/TP building equipment to cloud apps, enabling remote monitoring and control without IP-ready devices.

Sensor, usage, and weather data drive adaptive home maintenance schedules and alerts, reducing missed tasks and asset damage.

Interface identifiers let DR member devices process the same protocol packet with their own software versions, preventing abnormal link aggregation.

Mapped pole data from multiple sources helps network planners find candidate utility poles faster and choose installation sites with less manual effort.

A centralized controller links sensor events to cross-device actions, replacing separate security and automation controls with flexible rule-based management.

When new vehicle function units are added, lower-layer network data is used to rebuild configuration and avoid delays in high-importance communications.

Near-field data exchange lets HVAC sensors be configured, diagnosed, and updated through sealed housings without wired access.

Flow-aware packet parsing identifies video codecs quickly and repackages coded payloads for real-time monitoring without brute-force testing.

A barrier gateway depletes harvested RF energy near classified zones so IoT sensors stop broadcasting there and reactivate outside.

Firmware spreads from an initial node to connected nodes acting as replicators, speeding door communication updates while reducing transmission errors.

A central infrastructure device uses prebuilt installation data to update compatible building automation devices faster with less downtime.

Centralized port mapping lets an integrated vehicle unit route control frames without updating every peripheral unit when functions are added.

Per-flow analytics separates packet traffic into priority queues and tunes processor-core frequency to balance speed and power use.

Handshake packets and staged VPN tunnels validate CPEs automatically, replacing manual setup for scalable production access.

A chat interface lets users select linked electronic devices and send commands remotely, reducing manual button and voice interactions.

See how unique MAC addresses for each LAN interface prevent incorrect frame transfers across VLAN segments without multiple routers.

Parameterized QoS reserves bandwidth for guaranteed traffic while using remaining capacity for unguaranteed data in home networks.

Historical copper-network data trains a machine-learning baseline to detect anomalies early and initiate mitigating actions.

Gateway-created profiles append device information to packet flows, enabling per-device analysis for security and bandwidth management.

Moving DPU and DSLAM computation to virtualized data-center functions addresses remote power and cooling limits while simplifying upgrades and maintenance.

Automated status comparison helps fire protection teams detect faults remotely, reduce on-site inspection time, and support timely maintenance.

Multiport modems segment a wired fiber resource and distribute it to nearby subscriber devices, extending coverage without new cable installation.

Grouping appliance GUIs by category and context keeps crowded home maps manageable while preserving access to individual devices.

A login-mode request lets a fixed-line 5G-RG receive an eSIM profile through a data-path switcher and server.

When a broadband controller fails, the gateway uses modem-delivered user-plane alerts to apply recovery policies without local intervention.

An SDN controller maps shared physical WAN interfaces to tenant-specific virtual interfaces, enforcing routing restrictions and bandwidth guarantees.

A cloud-managed access device switches from its main network service to a backup service when layer 3 connectivity is lost.

This control module allocates technical resources for presence detection while preserving existing smart home functions and reliability.

This approach simplifies control of screenless electronic devices by sending interface data to capable terminals through local communication.

Sensor data from device operation identifies secondary devices connected to smart plugs and supports automatic type updates.

Recipe-based resource abstraction moves IoT settings across devices without hardcoded identifiers.

This case uses VLANs, L2 VNICs, and VSRS to add scalable Layer-2 connectivity, routing, and ACL-based packet security in cloud networks.

A reprogrammable hardware layer and container environment let CPE services adapt to network changes without firmware replacement.

A controller calculates CPE throughput and generates route tables to balance 5G traffic, improve bandwidth use, and prevent failures.

Location data and device identifiers guide automatic IP assignment, reducing manual setup when IoT terminals are installed or relocated.

A software receive ring mediates packet flow between hardware rings and virtual network interface cards to regulate bandwidth consumption.

Mobile end-user agent device suspends and re-establishes sessions across devices, resolving lost progress when switching terminals.

A mobility management method groups cells into location areas independent of geographical location to enable efficient paging.

A hierarchical sensor node identification method modifies component identifiers across network layers to enable unique device addressing.

An RDMA network interface controller offload engine generates segments directly from host memory.

An on-vehicle communication system dynamically switches data routes using error acquisition and determination units.

Integrating load balancing with NVE forwarding eliminates external devices and reduces transmission delays for TCP applications.

Regional and root controllers segment network management to reduce latency and support wide area networks.

A mobile device interfaces with a content source network to present media options and transmit remote control instructions.

A computing system monitors connected appliance sensors to identify operating parameters and generate pre-emptive failure alerts.

Mapping distinct Pseudo Wire IDs to a single Virtual Switch Instance resolves configuration complexity while maintaining full-mesh topology connectivity.

An IP address distribution device manages a table linking addresses to in-train positions for automated assignment.

Tracing router configuration data reveals the underlying physical topology of virtual network tunnels, resolving visibility gaps in dynamic environments.