Data Switching By Path Configuration TRIZ Cases

A client system switches between dynamic routing and VRRP protocols to maintain hardware redundancy.

Locking the transmission agent output prevents message interlacing, ensuring transaction atomicity without blocking other network paths.

Segmenting firmware into distributable packages allows targeted updates that minimize validation time and regulatory recertification efforts.

A remote-control monitoring system mediates access between premises automation devices and third-party services.

Transmitting bearer lists during handovers prevents connection failures when mobility triggers before session completion.

A semi-persistent resource assignment mechanism anticipates data spurts to allocate wireless channels proactively.

A media content packaging system generates customized regional feeds by stitching targeted non-programming segments into a shared programming framework.

A routing computer decodes data packets into platform-independent objects using a frame engine and metadata mapping.

Bitmask trees organize packet filters to reduce computation time and memory requirements.

Segmenting access nodes into logic-independent virtual units enables independent management by multiple network service providers.

A forwarding device maintains its own database and exchanges messages with peers to keep entries consistent across the network.

A distributed deep packet inspection method classifies and duplicates relevant packet flows at end-units for local processing.

Segmenting flow tables into fixed and flexible structures resolves priority conflicts, optimizing forwarding decisions in dynamic networks.

Pre-calculating hash values and storing them as index and way reduces lookup time by avoiding repeated hash function execution during connection establishment.

Mobile device defers SIP registration until a VPN tunnel establishes a private IP address, preventing obsolete public IP registrations.

A gateway device assigns unique IPv6 addresses to fieldbus devices via virtual network adapters.

Performance Information Packets assess network path metrics to enable dynamic call routing, reducing congestion and improving voice quality.

In-band QoE feedback enables dynamic per-flow QoS adjustment, eliminating resource wastage from uniform provisioning.

A mobile terminal diagnoses home appliances by receiving and analyzing audio signals to display results.

A switch fabric management system generates multiple configuration sets to re-route packets through port interfaces.

A bandwidth scheduler allocates dedicated network channels based on user-defined time and capacity requirements.

Sorts label switched paths by bandwidth and priority to mark minimal paths for preemption, reducing bandwidth overshoot.

Mobile access nodes calculate packet success rates from weighted routing packets to select optimal paths through mesh networks.

A presence server mediates application state registration and transmission via instant messaging protocols.

An analog filter determines coefficients to cancel self-interference in received signals from a transmitting node.

Segmenting input traffic into marked queues allows distinct WRED parameters that prevent global synchronization and maintain processing rates.

Equal priority configuration enables immediate failover without spanning tree recalculation, eliminating topology inconsistencies during network disruptions.

Adding a source and target identifier to PCI Express transaction packets at the ingress point resolves scalability limits in shared infrastructure.

Automated route selection manages message paths across multi-domain network topologies, reducing simulation setup time while maintaining evaluation accuracy.

Aggregation points reduce signalling overhead by collecting local topology information before reporting to a central node in heterogeneous IP networks.

A TIAN gateway module translates signals between diverse responder units, resolving communication incompatibility across agencies.

Configuration client and server assign external port numbers to internal network services.

A configuration manager queries a version table to synchronize device settings across a network.

A relay message mechanism transfers call transition data between network controllers of different radio technologies.

A central X2 switch routes secure traffic between eNodeBs, reducing full mesh complexity by maintaining single tunnels per node.

A purge queue segregates bad packets from good traffic, preventing line rate performance drops caused by shared queue contention.

A modified SIP communication method uses pre-established media sessions to enable direct voice packet transmission between private IP networks.

Segmenting primary and secondary lookup tables reduces processing time while maintaining comprehensive rule coverage.

An instant messaging client manages remote device operations through a unified software interface.

An adaptive network packet egress scheduling system dynamically adjusts port servicing rates based on real-time traffic conditions.

Intermediary devices use DNS SRV records to resolve version endpoints, eliminating REST API inconsistencies across orchestration frameworks.

Cached compiled flow programs execute directly, eliminating repeated database queries and reducing resource strain during high-volume packet processing.

A link selection method distributes traffic across bonded links using priority and backpressure metrics.

An interworking apparatus mediates protocol conversion between IMS terminals and VoIP services, eliminating the need for high-cost dedicated hardware.

Augmented probe packets carry hop timestamps to identify the best equal cost path based on service level agreement metrics.

A network device assigns timestamps to route updates and segments them into batches for hardware FIB programming.

A multi-protocol station transmits timing information to an access point to coordinate frame scheduling.

A communication device selectively discards network packets based on assigned priority levels to maintain system throughput.

Multicast replicating nodes report bandwidth usage to traffic scheduling nodes, reducing BNG processing loads and preventing congestion.