Hybrid Transport TRIZ Cases

A packet receiving unit stores and extracts IP packets using transmission source identifiers in a buffer.

A messaging system predicts future connection points to route messages directly to transient consumers before they reconnect.

Buffer memory inserts calculated digital stuffing data between frames to achieve sub-nanosecond timing resolution without requiring high-power processors.

A virtual line channel reserves communication resources across different IP phones to maintain session continuity during transfers.

A service virtual tunnel end point decapsulates layer-3 frames and replaces VLAN tags to bridge media access control frames to inspection devices.

A routing policy controller detects available link states and reselects alternative paths to maintain communication flow.

Electrical-signal to optical-signal conversion circuitry eliminates lightning susceptibility while maintaining low signal delay in harsh environments.

A communication node manages flow entry storage ratios per user to maintain balanced packet processing capacity.

Segmenting stacked switches into groups with unique identifiers simplifies forwarding table configuration while selecting shortest paths for unicast traffic.

A subscription transfer method moves eUICC profiles between user equipment via network authentication.

An agentless software data collector gathers metrics from managed devices and transmits them to a remote center for analysis.

SDN switches insert forwarding identifiers into data packets to accelerate routing, reducing flow table entry length and search latency.

DHCP relay agents enable automatic static route configuration on User Plane Edge devices, eliminating manual IP planning errors in radio access networks.

Segmenting long-distance transfers into pipeline stages breaks transmission latency while maintaining high throughput and energy efficiency.

Service nodes advertise discovery information via routing protocol messages, eliminating manual configuration errors and reducing administrative burden.

Updating handshake messages with the path Maximum Transmission Unit prevents segmented transmissions caused by smaller path MTUs.

A control apparatus assigns network connections between switches and nodes to configure dynamic VLAN topologies.

Transit nodes forward Ethernet ring control messages based on destination MAC addresses without processor involvement.

VMs trigger automatic TRILL port setup via database VLAN policies, eliminating manual configuration complexity.

A transceiver circuit uses a tunable low-pass filter to mitigate radio frequency interference on the communications bus.

Modifying the switch address in the layer two portion of a packet enables flexible service chaining without costly physical re-wiring.

An SDN controller manages flow class priorities using dynamic priority keys and event-driven mapping.

A source device in content centric networking suspends data packet transmission upon receiving an anti-congestion response message from a sink device.

Image forming apparatus stores identification information for automatic reconnection to an information processing apparatus.

A guided wave communication system induces electromagnetic waves bound to an insulated transmission medium.

A gateway processes domain name service requests by selecting accessible servers and transmitting new queries through tunnels to resolve addresses.

Portable terminal device calculates nearness degrees from reception electric field intensity to select candidate target apparatus.

Each compute node generates its own routes to other nodes, distributing processing load and reducing time to identify unreachable nodes.

JavaScript functions update browser titles and URLs to match RIA navigation, enabling accurate bookmarking.

A VPN management server configures gateway connections using remaining possible connection counts to establish optimal network topologies.

Segmenting network functionality into virtualized layers reduces maintenance costs by allowing individual layer replacement without replacing entire devices.

Transfers connection and application states between compute hosts via a routing system to prevent data loss and reduce energy consumption during server reboots.

An Intermediate System computes an unpruned distribution tree using the SPF algorithm to direct Link State Protocol Data Unit flooding across network interfaces.

A communication program switches between TCP/IP and DTN protocols via a proxy function to manage data transmission paths.