Data Switching By Path Configuration TRIZ Cases

VLAN tunneling bridges remote access gaps by preserving local IP addresses and permissions across wide area networks.

A multi-route connection bridge swaps network packet addresses to enable simultaneous I/O resource sharing across multiple hosts.

A peripheral device server driver module manages isochronous communication sequences over a network using dummy packets.

Integrating a 10 Gigabit Ethernet transceiver within programmable logic eliminates external PHY components, reducing latency and power consumption.

A start of frame delimiter detection method correlates received signals with distinct sequences to identify packet synchronization points.

A switch web server accessible on local and wide area networks inspects traffic to enable secure content access.

A system copies tunneled IP packets and reads inner protocol addresses to distribute traffic for classification.

A base station dynamically adjusts TDMA frame length to match active node counts, assigning specific timeslots without manual intervention.

Gateway redirection logic automatically routes clients to appropriate entry points, eliminating manual reconfiguration requirements.

A multi-flow table architecture moves packet processing intelligence from the control plane to the data plane, reducing delays and improving throughput.

A fault resilient virtual broadband gateway system maintains uninterrupted data access by automatically switching to secondary nodes upon primary failure.

Organizing captured packets into flow-ordered buckets reduces disk I/O strain and random access reads during search operations.

A network interface controller filters packets using a filter register to transmit only those intended for the baseboard management controller.

Hardware-based replication in the host channel adapter bypasses software bottlenecks by copying payloads directly to destination queue pairs.

Intermediary compression modules selectively compress data packets across traffic shapers, reducing bandwidth consumption and alleviating network congestion.

A visualization tool simplifies network displays by hiding edges and presenting inter-tier link status on individual nodes or groupings.

A shared cache stores repetitive message data in a pub/sub environment and replaces it with unique identifiers.

A provider edge packet switching device configures distinct core-facing and customer-facing lookup entities for IP packet forwarding.

A sensor unit transmits audio outputs wirelessly to multiple receiving units.

Segmented laser sources eliminate crosstalk in coherent optics transceivers, doubling spectral efficiency for access networks.

A network packet broker converts user-defined maps and filters into switch chip rules for automated configuration.

Nodes measure self and altruistic interference via echo signals to minimize average interference in heterogeneous networks.

Grouped route withdrawals merge multiple BGP updates into single messages, reducing encoding overhead and improving scalability.

Distributed aspect servers reorder online service sequences remotely, eliminating local code collocation and reducing development time.

Detector logic within RFID transponders monitors read access events to enable interactive services and secure sensitive data against unauthorized exposure.

A backup router sends multicast updates to restore routing data.

An integrated in-line ad engine service card uses dynamic filters to redirect traffic of interest for inspection, eliminating standalone bottlenecks.

A wireless network configuration method using self-certifying identifiers to authenticate neighboring nodes before establishing routing paths.

Wireless sensor nodes autonomously reconfigure via central nodes, resolving the trade-off between adaptability and deployment complexity.

A VoIP call agent system uses PSTN call attributes to verify destination ownership through a separate validation server.

Remote relays forward subscription requests to multiple central relays while routing publication messages to specific sets, reducing connection complexity.

Consolidating L3 next-hop selection into a dedicated forwarding table reduces traffic loss and accelerates recovery from edge node failures.

A base station manages datagrams to separate L2 and application encryption layers for mobile nodes.

Validity indicators track elementary flits across varying bus widths, preventing bandwidth wastage and errors from invalid data segments.

A trusted server determines network route diversity using geospatial identifiers without exposing confidential provider maps.

Broadcast packets transmit setting data to all devices, resolving unicast failures when network addresses differ.

A server automatically configures its network settings by obtaining IP parameters from a DHCP-assigned configuration upon connection.

A message-centric analysis system correlates electronic data files into social networks to visualize entity relationships.

Emergency VoIP gateway extracts location data from IP addresses to resolve mobility and network reliability contradictions.

A received packet processing apparatus calculates a linear expression between sequence numbers and time stamps to rearrange output order.

Segmenting update data management reduces gateway flash ROM consumption, preventing storage overflow when managing numerous electronic control units.

Server mediation segments owner and co-owner permissions, resolving the contradiction between multi-user ease of operation and system security.

A proxy software service detects I/O devices across network subnets and translates IPP streams for wireless device access.

Automated packet data structure creation resolves manual binary verification bottlenecks, reducing errors and accelerating feature validation.

A packet classifier uses counters to generate byte value counts for data packets.

Cut-through data path in InfiniBand to Fibre Channel bridge bypasses store-and-forward latency.

A monitoring device registers with consumer electronics to receive event notifications and control signals over a network.

MPTCP segments connections into independent subflows to transfer data sets in parallel, reducing head-of-line blocking and improving network throughput.

A MultiNexthop BGP attribute consolidates multiple next hops and their forwarding semantics into a single routing message structure.