Data Switching Networks TRIZ Cases

Flow agents at end hosts control traffic send rates to prevent bottlenecks from mixed long-lived and short-lived flows sharing resources.

A home router firewall system uses neural networks to identify connected devices and apply specific access rules automatically.

A dual queue system manages distributed service endpoints by routing customer events through a sideline mechanism.

A messaging system integrates periodically updated content directly within conversation threads.

A messaging system predicts reply rates to sort messages into primary or secondary mailboxes and displays connection category banners.

A connection information management section retains wireless pairing data during firmware updates to maintain operational convenience.

A network controller mediates special packet transfer between an information processor and external devices via distinct communication paths.

A secondary node detects master faults by monitoring heartbeat signals from a reference node.

A Named Data Networking Forwarding Daemon aggregates duplicate requests and buffers packets to optimize traffic flow.

A virtual network controller generates and delivers flow tables to switches for data packet forwarding.

An SNMP protocol extension transmits additional data content via Object Identifiers to expand network device agent capabilities.

A network node packet format combines location and content identifiers to support dual routing paradigms.

Iterative resource planning reduces costs and improves reliability by adapting to specific fault scenarios.

A hypervisor adjusts network device priority levels based on virtual machine packet consumption rates.

A switch modeling interface maintains network device models to generate targeted control messages.

An SDN application identifies traffic flows by destination address and generates protocol field-based rules for network element distribution.

First management servers request assistance from peers to handle unmet device requirements, ensuring continuity during communication failures.

Top-N tracking with decay counters reduces memory footprint and CPU usage while maintaining accurate bandwidth statistics.

Multi-tier edge-cloud virtualization allocates resources via distributed virtual nodes to process data closer to sources.

A vehicle data network manages traffic by determining criticality levels and applying predefined stream configuration tables to prioritize essential functions.

A network diagnosis apparatus sends messages across multiple layers to associate characteristic information for unified analysis.

An edge node manages network congestion by detecting marked data units and invoking a controlled termination process.

A reception terminal calculates queuing delay using average and minimum one-way trip times from exploration packets.

A web browser system loads compressed placeholder images to reduce initial data consumption and accelerate page rendering.

A computing device generates client analytics data for media streams and transmits metadata to an analytics server.

A processing device observes new data streams to detect congestion before permanent admission.

A web server security apparatus inspects connection state information to identify attackers.

A message routing system uses a node list field in the envelope to forward messages without unmarshalling.

A system modifies application contexts by detecting future calendar events and sending proactive notifications to subscribed apps before the scheduled time.

A network site control system adjusts page weight and server routing based on session-level latency metrics to optimize response times.

A director agent transfers TCP connection states to a server agent via a specialized hand-off protocol.

Layer 3 handler identifies diagnostic packets using IP header bit patterns to route traffic through application paths.

Software-defined networking controller manages network requests and transmission progress to perform deterministic resource allocation across interconnected computing devices.

A system detects shared viewing status to facilitate real-time user interactions during media consumption.

A controller generates virtual network topologies using virtual switches and routers to manage disparate switch equipment.

A network system selects egress points by retrieving identifiers and encapsulating data packets for transmission through instantiated tunnels.

A distributed computing arbitrator issues delay results to maintain node operation continuity during lease failures.

A main device compares live network information against stored models to identify new or replaced devices.

Network signaling data combined with device model distribution estimates market share at street level, replacing static city-level sampling.

A software defined storage network switch applies tiered quality of service settings to ports based on storage pool performance metrics.

A terminal device manages SIP sessions using a session mapping identifier to handle media format changes without disrupting existing connections.

A notification scoring system evaluates user interaction likelihood to optimize delivery timing and content relevance.

A virtual service connector establishes secure bridge connections between cloud applications and private enterprise networks.

Virtualized network interface cards attached to nodes enable direct pod-to-pod communication, eliminating encapsulation overhead.

A logical network health check system monitors packet flows to identify configuration and realization issues.

A graph-based email filter assigns indicators of abusive mail character by analyzing sender and recipient relationships.