Data Switching By Path Configuration TRIZ Cases

Cloud policy service directs network paths for client hosts, resolving administrative complexity in multi-network connectivity.

An application gateway analyzer detects literal network addresses in HTTP payloads and converts them between IPv6 and IPv4 formats.

A VTEP replaces source MAC addresses to enable external routing without packet encapsulation.

Orthogonal connectivity scheme equalizes flow rates across independent switch planes, resolving scalability bottlenecks in large-scale packet switching nodes.

An intermediary device preserves original source and destination IP addresses during cache redirection using dedicated header fields.

Segmenting link state messages prevents route computation errors caused by incomplete data sets in IS-IS routing protocols.

A network node adjusts failover thresholds dynamically based on fault event rates to optimize service switching between DSL and cellular connections.

Hardware circuitry replicates packets with ingress IDs to synchronize forwarding tables, eliminating controller processing delays.

A collective communication system adjusts transmission order based on node status to reduce delay times.

Link management protocol extension fields distribute routing and topology data across network interfaces.

A context-aware dictionary manager establishes device contexts to identify correlations and transmit compact entries, optimizing data payload sizes.

Centralized controllers merge packet counters across service functions to resolve inefficiencies in collecting comprehensive route diagnostics.

A HEMS relay apparatus adjusts signal transmission intervals to detect appliance status changes and notify user terminals.

A weighted differential scheduler manages packet forwarding using error thresholds and weight ratios to maintain consistent bandwidth allocation.

Enterprise Fabric resolves static allocation bottlenecks by dynamically provisioning virtual servers from pooled resources to improve datacenter efficiency.

An SDN controller rewrites destination IP addresses in flow tables to distribute SIP traffic across Session Border Controller clusters.

A bank-aware multi-bit trie distributes nodes across memory banks to minimize collisions.

Nodes use pre-recorded location data to select forward paths, reducing latency during link breakages.

Programmable queue sizing resolves fixed buffer inefficiencies by adapting storage to link rates.

A wireless client station updates its home access point and IP address via DHCP when roaming to a new network node.

A service chaining mechanism uses Service Path Identifiers to steer data packets through provider network nodes.

Virtual machines automate VPN tunnel establishment and retry logic, reducing hardware requirements while enabling continuous real-time performance auditing.

Bidirectional wireless transceivers enable two-way communication between sensor devices and monitoring controllers.

Segmenting traffic between cellular and nested WLAN networks reduces primary network congestion while maintaining coverage for public safety communications.

Detecting jitter in probe streams reveals path intersections, enabling topology estimation without expensive infrastructure support.

A centralized scheduler manages ATM cell readouts from switch fabric buffers to multiple destination ports.

A global anchor node retrieves previously-assigned PDN SAE gateway identities to maintain active communication sessions during access network changes.

User equipment selects coverage enhancement levels to configure physical random access channel transmissions.

A binding manager dynamically detaches and attaches device identifiers to storage devices, enabling seamless data operations across different hardware.

A packet control device preserves critical diagnostic packets during bandwidth suppression.

A switching device paired with a programmable FPGA processes data packets across multiple OSI layers to enable ultra-low latency routing.

Decrementing the TTL value across encapsulation layers discards packets after expiration, resolving convergence delays caused by host mobility in L2 overlays.

Shared memory pages handle packet bursts without pre-allocated buffers, reducing device costs.

Processing elements perform search-independent packet operations concurrently with memory lookups, eliminating idle time caused by serial dependencies.

A unified fabric port protocol logically partitions a physical communication link into multiple independent channels for flexible network traffic management.

FlowComb middleware predicts data movement patterns and adjusts OpenFlow routing paths to mitigate network congestion in Hadoop clusters.

A shared switch uses virtual configurations to isolate data streams between modules and user terminals.

A load balancer manages data caches based on user device movement probabilities to optimize access speed.

A remote server processes home network measurement data to estimate capacity and classify user quality of service classes.

A delta mapping table updates node identifiers by tracking deletions, reducing processing load from O(M×N) to O(N).

Replicating packets over primary and secondary paths prevents TCP retransmission delays during link failures.

A packet switching device creates virtual machines to share physical resources and change operating versions, preventing packet loss during software upgrades.

Talker controller switches AVB streams to non-AVB multicast messages, maintaining minimal functionality when network reservations fail.

Abstract network topology into virtual links to link virtualized topologies with actual resources while concealing physical structure from external networks.

A Diameter signaling router segments message screening rules across distributed processors to maintain high throughput.

A network stack tuning system adjusts physical, network, and transport layers using application information to optimize packet communication.

Base stations transmit cell size change notifications to neighbors, enabling faster self-optimization responses without compromising noise sensitivity.