Data Switching By Path Configuration TRIZ Cases

Distributed Hash Table index nodes route queries across storage nodes, eliminating single-point failures and enabling horizontal scalability.

Wireless access point radios embedded in cable infrastructure distribute network signals across physical spaces.

Network address translation logic maps source addresses between pools to switch return traffic paths without disrupting established TCP connections.

A distance-proof N-pass Auto Negotiation system restarts link establishment up to n times to resolve node capabilities.

A proxy mixer aggregates quality metrics from endpoints to generate composite video streams at the highest requested level.

A detection system compares incoming packet sequence numbers against recorded values to identify and block malicious traffic.

A credit-based mechanism regulates packet dequeuing rates to maintain quality of service properties in network devices.

Intercepting signaling datagrams enables proactive resource allocation, resolving computational bottlenecks in delay-sensitive VoIP networks.

Controller allocates distinct frequency segments to MMW transceivers in overlapping coverage areas, reducing interference and improving resource utilization.

Replicating actual packets across multiple links improves measurement precision and resolves inaccuracy from simplified probes.

A remote data access system uses virtual copying to replicate personal device environments for secure retrieval.

A virtual Ethernet stack system connects multiple switches using network tunnels to operate as a single logical unit.

A router delays database synchronization between OSPF neighbors when alternative paths exist, reducing unnecessary packet transmission.

A network switch uses a consolidated hardware-based forwarding table to enforce packet isolation rules within private domains.

A media provider system manages multicast streams to insert content without requiring exact user join timing.

A local FIFO memory manages asynchronous data storage within a circular buffer, reducing circuit complexity and cache fill delays for sequential data streams.

NAC module isolates complexity while enabling remote configuration of filtering rules and NAT settings.

A virtual media player module synchronizes with the decoder to capture video quality metrics without affecting receiver performance.

Segmented bit maps track multi-cast and broadcast packets to prevent FIFO hazards while reducing memory consumption in high-speed networks.

Policy data points issue security tokens that enable nodes to verify authorization before reserving network resources, preventing unauthorized access.

Electronic outlet detects Ethernet traffic to identify connected endpoint devices, resolving physical layer management gaps caused by cable reconfiguration.

Media gateway filters IPv6 packets using source address, destination address, and flow label triplet information.

IEEE 802.1x Layer 2 authentication resolves PPPoE limitations by supporting non-IP voice and video services across Ethernet aggregation networks.

A packet forwarding device distributes next hop bindings across multiple processors to increase host capacity.

Remote provisioning assigns IP addresses and transmits software code to residential network access devices, eliminating manual user preparation.

A gateway authenticates request messages before network address translation to ensure message integrity across different IP ranges.

A dual-processor system uses a common memory to store communication settings before switching the network connection destination between processors.

Dynamic packet fragmentation reduces transmission delay while minimizing management overhead by adapting fragment sizes to available link conditions.

A dual-stage network scheduler implements hierarchical virtual path scheduling to manage data unit flow characteristics.

Access gateway translates source addresses to maintain public identity, eliminating terminal processing overhead during mobility events.

A distributed virtual switch directs post-migration traffic via an inter-switch link, preventing out-of-order delivery and reducing host reassembly load.

Local Mobility Anchor segments binding cache entries to direct incoming packets across multiple active interfaces.

Intercepted packet analysis reveals endpoint context to reduce false positives in intrusion detection while maintaining network stability.

A home communication gateway modulates analog video signals onto a carrier frequency for transmission to IP terminals.

A label withdraw message releases locked resources when the remote switch lacks capacity, preventing resource contention and improving allocation efficiency.

Server device processes control packets for packet-based and cell-based switches, reducing computing loads on individual devices.

A decentralized scheduling method manages air link resources by prioritizing transmission intervals based on connection priority levels.

A usage-based device naming system analyzes device-usage data to detect trigger events and recommend renaming indicators.

A remote access server maps private addresses to external ones, resolving UPnP address conflicts between local area networks.

Nodes transfer content responsibility to successors before exiting sub-grids, preventing data loss during node mobility.

An information transmission apparatus matches packet metadata against pre-stored conditions to select appropriate data paths.

A home agent binding update list retrieves group state information, allowing direct node communication and reducing traffic congestion.

Source node controls adaptive routing via permission indications, preventing out-of-order packet delivery during flow re-routing.

Mediating server distributes relay server identification to resolve excessive processing burden and NAT access challenges in multi-relay systems.

Marking modules tag abnormal data for direct collection routing, eliminating redundant checks at downstream switches and reducing bandwidth waste.

An optical fabric broadcasts signals between blade nodes without central switches.

A round-robin transaction scheduler uses a barrel incrementer to select queues from multiple ports.