Data Switching Networks TRIZ Cases

A flow module generates network flow requests to orchestrate on-demand connections across software-defined networking hardware.

Embedding service chain identifiers in IP addresses enables dynamic steering without modifying transport network infrastructure.

Hardware fast path bypasses software switches to reduce latency in multi-stage service function chaining while maintaining management flexibility.

Network nodes exchange timestamped packet counter snapshots at fault boundaries to calculate precise disruption metrics.

A central control entity manages data plane applications across radio access network forwarding elements.

Aggregating per-packet telemetry into flow metrics reduces collector processing burden and prevents data overload.

Gateway router delegates IPv6 prefixes using multicast SOLICIT messages with prefix length hints, eliminating network address translation complexity.

Detect network port connections using single-end events to update management systems without requiring identifier-equipped cables.

A performance manager filters storage data to calculate headroom, preventing latency spikes during high throughput.

New flow mapper nodes retrieve specific state data from existing members, eliminating bulk synchronization overhead during cluster auto-scaling.

A message frequency modification system adapts ping intervals to maintain network connections.

Prefix Reduction Option extracts endpoint addresses from public routing tables into IPv6 headers, reducing table size and lookup latency.

A network test instrument presents a unified graphical user interface listing devices discovered via wireless and wired connections.

Redirecting node alters routing rules to guide probe packets through forwarding nodes for comprehensive link measurement.

A test apparatus segments radio-frequency signal handling from Internet Protocol attack generation to evaluate wireless device security.

Hierarchical slot tables allocate time slots to parallel channels, reducing bandwidth waste in complex system-on-chip designs.

SDN controller applies conflict resolution to trigger non-conflicting applications, reducing access control complexity in multi-tenant environments.

Aggregating Forwarding Information Base entries using semantic matching to streamline content retrieval in Information-Centric Networks.

Synchronizing path maximum transmission unit values across cores eliminates redundant network discovery and improves resource utilization.

Segmenting deterministic forwarding from asynchronous processing resolves the trade-off between fixed latency guarantees and operational flexibility.

A packet processing device uses configurable pattern matching to identify OAM protocol packets.

A computer selects a network interface based on historical connection information to establish reliable communication paths.

Aggregating anomalous traffic records via anomaly graphs reduces bandwidth consumption while preserving detection accuracy for network security.

Electronic messaging inbox filters muted conversations by analyzing incoming message content and sender identity to restore visibility of relevant items.

A fleet manager coordinates infrastructure nodes via a virtual machine backchannel to enable seamless lifecycle management across tenants.

A network analysis system collects configuration data and operational metrics to display device changes in a unified visual interface.

Monitoring end node flow data estimates traffic paths to identify common problem entities, resolving detection difficulties in complex multi-node networks.

An apparatus adjusts attachment characteristics to match recipient system settings before transmission.

A metric data aggregator collects service and cloud level metrics from proxy servers to consolidate network performance information.

An expected action model predicts user messaging behaviors to generate targeted reminder data structures.

Guest OS provides flow identifiers to hypervisor, which updates a mapping table to steer incoming packets directly to the correct virtual machine receive queue.

Network entities monitor data traffic to adjust connection validating control signal rates, reducing unnecessary transmissions.

Border routers resolve destination group tags across virtual networks, enabling firewall insertion without restricting policy enforcement.

Segmenting transport service components into distinct VNFCs resolves scalability bottlenecks while reducing CPU wastage in cloud RAN deployments.

Network management system sends maintenance commands through alternative channels to restore base station operation.

Extending the integrated Lights Out Management CLI with Distributed Management Task Force protocols configures OpenFlow properties without separate agents.

A wireless communication node adjusts response timing based on network connectivity to register suitable neighbor nodes efficiently.

Cache management system evicts non-reusable network packets to optimize on-processor memory utilization.

A QoS polling system filters network interfaces and traffic classes using priority thresholds to reduce computational load.

Segmenting traffic by network prefixes reduces hardware complexity while maintaining high measurement precision.

Inventory module interrogates component characteristics and exchanges neighbor data to autonomously configure the network, eliminating manual provisioning time.

Discard counter identifies adjacent failed links, converting transmitters to bit buckets to relieve back pressure and unclog the fabric.

Spawning a synchronized virtual controller transitions session management, preventing customer traffic interruption.

Edge routers mark interest packets with traffic class information for differentiated data transmission in content centric networks.

Storing connection state in the FDF eliminates costly synchronization between primary and secondary forwarders, reducing redundant hardware costs.

Dividing a multi-bit Trie tree into sub-trees reduces memory resource occupation and search delay while simplifying hardware implementation.

Ingress session exchange devices use predictive call admission control values to route media over internet protocol network calls.

A DAG root node identifies unreachable nodes and tunnels redirected messages to adjacent reachable nodes for distribution.

An IoT context mapping policy engine assigns user sessions to specialized virtual machines based on device identity and load statistics.

Mapping logical flows to physical nodes enables generation of common format rules, resolving interface compatibility issues across diverse filter devices.

A mechanism updates traffic engineering database entries using non-RSVP flow statistics to maintain accurate reservable bandwidth data.

A network coding apparatus selects between store-and-forward and inter-session methods based on output link utilization metrics.

A domain controller update service replicates settings changes across availability zones to maintain consistent feature provision.

A load balancer identifies service functions by available capacity and modifies switch addresses to distribute packets efficiently.

A network slice management system calculates optimal deployment layouts using real-time resource utilization data.

Metadata segmentation enables granular cost allocation in shared containers, resolving the trade-off between resource utilization and measurement precision.

A network device identifies the application associated with an initial IP packet to apply specific forwarding rules for subsequent packets in the flow.

Ingress IO card partitions traffic into CIR and EIR components to route data through parallel switch fabric cards.

Segmenting the cloud rendezvous point hierarchy reduces latency and bottlenecks as network scale increases.

A network diagnosis system segments user service data to identify poor-quality records and detect local issues.

Segmented storage cycles reduce processing load and memory usage while maintaining high detection precision for bursty traffic.

A streaming data analytics system updates statistical moments in real time and discards individual values after processing.

A dynamic interval method measures data throughput by tracking bidirectional user data transmission.

Probe packet analysis maps network paths to locate host physical computers for virtual machines, resolving identification accuracy issues during live migration.

Assigns priority levels to Ethernet Maintenance End Points, filtering simultaneous fault notifications to prevent alarm flooding and service outages.

A network node estimates second node availability using data packet success statistics to control transmission timing.

A cluster engine reassigns devices to groups using specification and popularity scores derived from benchmark data.

An agent manager standardizes configuration across diverse server platforms to streamline distributed transaction monitoring.

An application-level tunnel partitions long syslog messages into smaller portions for transmission.

Analyzes virtual-meeting attributes against computing resources to generalize transient issues, enabling proactive troubleshooting and optimized allocation.

A configurable service proxy maps packet data to local identifiers using context headers in a service header.

A communication apparatus modifies detection packet source ports to traverse distinct network paths.

A network processor retrieves mode values from a hardware lookup table to determine operational flows for packet forwarding.

Adaptive session records summarize network data packets to resolve storage capacity limits while maintaining analysis completeness.

Network device maintains topology database to validate replacement entities, reducing manual configuration errors during automated entity swaps.