Networks Interconnection TRIZ Cases

A physical machine collects and notifies network interface card port information to a virtual network management apparatus.

A control apparatus modifies packet headers with flow identification information to manage forwarding paths across heterogeneous network nodes.

Virtual router protocols consolidate dedicated IP tunnels into a single logical endpoint to enable automatic backup router failover.

A network interface controller offloads packet encapsulation to reduce host processor burden.

A network device assigns source logical port information to data packets based on packet characteristics, mapping egress logical ports to physical ports.

PE devices exchange MAC/IP advertisement routes to generate forwarding entries for direct packet delivery.

Virtual layer-3 sub-interfaces resolve VLAN reuse restrictions by mapping unique identifiers to physical ports.

A network controller detects wireless client address changes and synchronizes Layer 2 and Layer 3 mappings via proactive mobile announce messages.

A LAN bridge intercepts trusted ports to detect routing bridge status changes and broadcasts data flows for rapid path switching.

Endpoints elect forwarding modules to acquire decoy IP addresses, resolving scalability issues in large enterprise networks.

A downstream device generates a tunnel endpoint identifier based on the target address of an information packet for direct retrieval.

A virtual gateway distributes network functions via software-defined networking to simplify residential device management.

A communication apparatus manages function instances via an execution sequence control unit to process packets without data transfer between network functions.

Local network virtualization edges eliminate centralized gateway bottlenecks by performing layer 2 termination and NVO3 encapsulation to reduce detours.

A virtual proactive services system hosts analysis within the customer network using component-based architecture.

A flexible nodal layer 3 overlay system provisions tunneled endpoints to encapsulate and transmit layer 2 traffic across network domains.

A relay device connects vehicle buses via a bypass pathway to suppress signal reflections.

A relay apparatus updates a full MAC address table by replacing the entry with the lowest communication frequency.

Embedding switch commands in OAM packets bypasses slow DCN routing, achieving 50 millisecond switching while reducing bandwidth consumption.

An application switch uses Layer 2 supplemental identifiers to route client traffic to specific virtualized instances.

WAN agents measure path characteristics to select optimal routes through unicast BGP prefixes.

Encapsulated UDP packets carry destination headers through cloud VPN channels to maintain network communication integrity.

Consolidating multihomed CE mappings into single entries reduces remote NVE table maintenance burden and enhances scalability.

A virtualized network function component selects a processing node using a pre-generated flow label to streamline packet handling.

SMF configures UPFs via PFCP signaling to route traffic through the 5G LAN Internal interface, bypassing external networks.

A multi-site orchestrator translates VNID and Class ID identifiers to unify network fabrics across diverse data center sites.

A local computation engine establishes redundant paths using explicit path TLVs within a link state routing protocol.

A VPN server switches exit IP addresses from a pool when blocked.

Segmenting end-to-end protection into local redundancy groups eliminates cross-domain interference and accelerates protection switching speed.

A controller selects mirror switches dynamically based on physical link loads and hop counts to capture traffic.

A control device calculates predicted virtual network device entries to execute scale-out operations.

A remote management server modifies Java Network Launch Protocol files to establish authenticated tunnels for virtual data center host access.

Arbitrating control and data plane updates resolves roaming delays by ensuring timely host reachability.

First PE device propagates MAC routes to second PE device for direct traffic forwarding.

A switch activates virtual local area networks and tunnel identifiers only upon receiving downstream host notifications.

Network devices configure firewall policies using label sets received from a path computation element to manage packet routing.

A virtual forwarding unit processes host routes via software instructions to offload subnet routing tasks from physical hardware.

Network devices build primary and subscriber VLAN sub-interfaces using extracted subscriber information strings from packets.

Pre-stored authentication codes enable network elements to verify setting authority during data communication network failures.

Port redirectors convert serial data to TCP packets over an IP network, eliminating direct cabling constraints while maintaining reliable signal integrity.

Multiple flow processing units in an SDN switch resolve the contradiction between rule flexibility and device complexity.

A virtual distributed bridge module partitions bridging tasks across host machines using MAC address sharding.

Random Linear Network Coding encodes data packets to enable efficient reconstruction at the receiver, bypassing TCP slow start delays that reduce throughput.

Primary node notifies secondary system to assume link aggregation group control, preventing stale root information disputes during reboot.

A predictive performance architecture uses machine learning to identify optimal times for sending probe packets along network paths.

Management server executes device trigger tunnel connections before application triggers, reducing response latency for critical cloud scans.

Virtualized mesh network copies measure patched performance metrics to prevent processing speed degradation during security updates.

A MAP node uses TLV-encoded configuration files to self-provision for IPv4 over IPv6, bypassing unavailable DHCP servers.

A super controller segments end-to-end latency into domain-specific periods to establish customized forwarding paths across multiple data centers.