Networks Interconnection TRIZ Cases

Virtual machine control center establishes a direct message transmission link with the client side using SPICE or TCP protocols.

An overlay broadcast network forwards traffic between hosts to update underlay routing tables.

SIP Application Server stores extracted capability information to resolve MGCF conversion limits between CS and IMS networks.

A network traffic system segments packets into capture files and compresses them concurrently to manage data volume.

Relocating DHCP server functions to the broadband network gateway reduces encapsulation overhead and conserves computing resources in 5G networks.

A virtualization platform maps instances to remote networks via VPN tunnels.

Hybrid bridging nodes segment legacy and VPLS domains to reduce MAC address table sizes, avoiding wholesale upgrade costs.

An SDN controller distributes flow tables to translate repeated VPN addresses into non-conflict spaces for flexible traffic management.

Network equipment updates carrier packet priority based on tunneled payload information to prevent inappropriate handling caused by ignored priority fields.

An edge device translates local VLAN identifiers to remote network tags using mapping tables.

A network element routes virtual local area network packets using shared tables to map identifiers to backbone addresses.

A virtual network edge overlay aggregates diverse carrier connections to boost throughput at the client site.

Simulation of substation topology and traffic demand generates precise multicast filtering rules, eliminating manual configuration errors in IED networks.

A routing arrangement directs traffic to virtualized network function components in a single layer.

A bridge device preserves gateway anycast virtual MAC addresses across local and LAN extension ports to enable transparent reachability.

A chassis management controller generates dependency information to guide virtual machine migration decisions.

Devices negotiate control word presence via BGP messages to resolve parsing conflicts between mixed capability nodes, ensuring reliable service transmission.

Network devices capture ARP requests from unauthenticated passive endpoints to extract MAC addresses for authentication server verification.

An SFF proxy re-encapsulates packets using index information to locate service function chain headers without direct dependency on volatile five-tuple identifiers.

Virtual data paths route IoT device information through gateway networks to resolve communication complexity while maintaining reliable transmission.

Centralized monitoring of multimedia traffic reduces false positives from software-based filtering while eliminating per-device maintenance overhead.

A mediator component routes virtual station interface discovery messages between virtual switches and top-of-rack switches.

Shared high-speed printed circuit board routing connects cascaded switching devices, reducing cascading costs while expanding user and bandwidth capacity.

Fibre Channel over Ethernet proxy points transmit data plane traffic directly between end-point devices without traversing a central control server.

OTV edge devices announce stream mappings to remote sites, reducing unnecessary core states and optimizing bandwidth usage.

Route servers advertise network addresses to resolve traffic misdirection and ensure accurate routing of stateful edge services.

Multiple spanning trees route packets based on ingress points to prevent bridging loops in redundant networks.

A VRF instance selector maps packets to routing instances using ingress indicators and header data.

Virtual switches defer protocol processing to physical interfaces, resolving processor load bottlenecks in virtual networks.

A network fabric generates VLAN-specific pause frames to selectively halt data packets within congested virtual local area networks.

An edge configuration device authenticates non-SPB end devices via an access control server.

An integrated server combines a switch module and controller running ndOS programs to distribute packets, resolving multitier architecture complexity.

A load balancer selects Foo-over-UDP tunnels using measured latency and liveliness metrics to distribute network traffic across available paths.

A VLAN-aware switch processes topology change packets to update forwarding tables for affected virtual networks only.

Segmenting LSP number ranges prevents conflicts and eliminates manual address configuration, resolving automation complexity in IS-IS networks.

A service chain table manages packet forwarding using virtual network identifiers to determine next hops.

Network device monitors VLAN identifiers to detect mismatches between access points and upstream switches, preventing traffic denial.

A data processing device detects abnormal hosts by comparing source MAC addresses against a controller table.

A cloud network management system detects wireless signal quality to monitor logical path link performance.

Segmenting EVPN routes across hierarchical levels reduces VTEP workload while maintaining complete route synchronization and accurate lookup capabilities.

Edge switch-routers route messages at the network boundary to resolve hop count increases and improve bandwidth utilization.

An interoperability platform ingests diverse ontologies into a unified semantic model to enable cross-vendor device communication.

An ARP request handler mediates address resolution, allowing existing layer-3 PE routers to bypass complex MAC learning and VSI table maintenance.

An automatic distribution method configures QinQ service tags by filtering applicable VLAN modes from upstream nodes to simplify network setup.

A web-based management system translates business requirements into technical network configurations using inference methods.

A VPN termination device manages packet flow using parent and child virtual clients to control communication signals.

Standardized virtual switch ports enable seamless migration of virtual machines across hosts with different network implementations.

Port-based virtualization isolates conflicting MDC configurations, enabling flexible resource allocation across shared hardware.

An MPLS label switched path tunnel enables packet forwarding in routing bridge networks without requiring hardware chip upgrades.