Data Switching Networks TRIZ Cases

Dynamic baud rate reduction and transit time measurement localize physical faults by distinguishing directly from indirectly affected connections.

Counting multicast packets only once in a shared pool resolves egress queue fairness issues caused by double-counting memory usage.

An SDN manager provides a graphical user interface to display and select data flow paths between network nodes.

Datapath processing layers translate network packet addressing fields before control plane delivery, reducing resource consumption and avoiding bottlenecks.

A browser plug-in extracts webpage information and sends processed thumbnails to a mobile terminal, eliminating manual copying steps.

A probabilistic framework calculates traffic flow fulfillment probability using a network availability calculator.

A heuristic topology management system optimizes link configurations in directional wireless networks using distributed agents and Lagrangian relaxation solvers.

Direct congestion notifications reduce reaction time by eliminating relay delays through multiple congestion points in OpenFlow networks.

A control system orders data flow through virtual network nodes to enforce service chain policies.

A switch detects new virtual machine packets and updates its forwarding database to enable immediate traffic handling.

Automated service level agreement generation uses utility functions to align customer criteria with computing environment characteristics.

A network device computes forwarding paths using interface and device delay metrics from notification packets.

Cost-based model estimates path costs using dynamic load characteristics to optimize resource allocation.

A reprogrammable test device injects proprietary traffic sequences into live network flows.

A server system dynamically adjusts TCP stream counts to match allocated bandwidth targets.

Abstract network device attributes into reusable templates to resolve setup time bottlenecks during dynamic reconfiguration.

LDAP discovery identifies domain controllers to resolve incomplete topology mapping in evolving networks.

Nodes autonomously contact a configuration server to retrieve settings, eliminating the need for on-site IT personnel at remote branch sites.

A virtual network operations center tracks incidents and publishes upgrade builds to resolve bugs without manual support tickets.

Introducing protocol irregularities into SMTP exchanges detects spam bots early, reducing false positives and server load.

Virtual identity segmentation protects user privacy by isolating real personal information from social interactions.

Assigns data traffic to priority queues based on device profiles to resolve reliability versus complexity trade-offs in fragmented IoT systems.

Endpoint security agents inject identifying information into packet headers, enabling traffic management without decrypting encrypted payloads.

A distributed learning machine builds a regression function to detect network anomalies at the edge.

A network controller manages virtual communication interfaces to synchronize device states during cluster switching operations.

A controller virtualizes conventional IP networks as logical switches to automate OpenFlow topology discovery.

DPI modules with TPM functionality detect network traffic flow information at the edge to determine control commands for intelligent management.

A centralized resource management system analyzes content from various communication platforms to identify topics and related users.

Periodic packet transmission within detected validity windows reduces server workload and bandwidth usage while maintaining NAT channel service availability.

A network inspection apparatus applies a backtrace function to calculate packet patterns at switch ports.

Edge devices store backup BSSIDs to enable rapid failover, eliminating controller delays and preventing client connectivity disruption.

Intermediary aggregator consolidates fragmented core statistics to resolve data fragmentation and reduce consolidation overhead.

Software-defined networking controllers generate cryptographic proofs of network properties using existing OpenFlow and PKI functionalities.

Evaluation system coordinates mobile agents across distributed cores using security policies.

Color-coded timeline visualization validates proposed SLA definitions against historical data to optimize resource allocation and prevent service degradation.

A stage one arbiter filters pending requests and blocks conflicting queue entries before forwarding high priority packets to a second arbitration stage.

A centralized system unifies heterogeneous network device configuration through automated schema generation and translation.

Dual forwarding planes sample packets to learn MAC addresses before switching, preventing broadcast storms during upgrades.

Heartbeat relay agents aggregate child node status messages to maintain network liveness tracking.

A control device determines comprehensive allocation modes based on available port bandwidth to optimize service requests.

Augmented VDP protocol conveys VM identities to physical switches, resolving orchestration visibility gaps.

An integrated topology model tracks resource dependencies across virtual desktop infrastructure layers.

A traffic manager module interprets scripts to dynamically modify proxy connections and redirect network traffic.

A network-based analysis system correlates trace files from multiple nodes to identify service degradation issues.

A client computing device acts as a proxy to acquire information from a managed device lacking direct network connectivity.

Control equipment extracts connection state tracking from OpenFlow switching devices to reduce data plane resource consumption.

A computing system determines worst case latency and backlog by identifying maximum busy periods within asynchronous network configurations.

A communications controller circuit manages data transfer between a data transfer unit and a protocol engine using process identifiers.