Data Switching Networks TRIZ Cases

A platform management device deploys computing networks across disparate clouds and tests provisioned resources using application program interface calls.

Selective routing via excluded nodes reduces bandwidth wastage while maintaining load balancing across links.

Master devices query backup versions to send only matching V2 or V3 messages, reducing redundant traffic and bandwidth occupation.

Water-filling algorithm resolves congestion and convergence delays by dynamically adjusting traffic distribution based on available link capacity.

An algorithm samples outbound packets to identify devices behind a NAT using IP Identification field values.

Software components enforce predefined capacity limits to prevent overconsumption across multiple host systems accessing shared data storage resources.

A network assurance system probes SDN controllers for status information to determine operational quorums.

A global realization number tracks logical entity states across distributed controllers to verify network configuration.

A service control entity authenticates third party terminals to enable intelligent network services across different network types.

A hybrid session based Diameter routing system uses a binding repository to store exception records for dynamic node selection.

Hardware control unit localizes data processing within the bus interface to reduce jitter and improve throughput.

Segmenting orchestration across multiple points of presence eliminates single points of failure and supports network partitioning while maintaining resilience.

A network routing device diverts excess data packets into a high-density signal transmitted along an external loopback path.

A communication session soft handover method enables user devices to receive content via secure alternate delivery routes.

A detection apparatus measures packet loss rates using prioritized loopback paths without requiring functions on network elements.

Grouping access points enables client devices to associate with different groups, supporting seamless handoff during maintenance and reducing network downtime.

Modified transceiver accelerates recessive bus level setting by driving electrical current, reducing intrinsic processing time for faster data transmission.

A master node and agent nodes platform coordinates service deployment across geo-distributed edge clouds to match client requirements.

A media trace proxy server collects performance statistics from provider network devices and forwards them to customer edge devices.

A mobile device stores chat states and restores them upon resumption using alternative communication channels.

Electronic communication system replaces physical logs with real-time data sharing, eliminating information dissemination delays and enabling concurrent access.

A router establishes bidirectional forwarding detection sessions only within active interfaces of protection groups to enable rapid interface substitution.

Segmenting PCRF functions into distinct virtual machines connected via an IP route enables flexible configuration without increasing device complexity.

An SDN controller tracks packet-in message rates from controlled switches to manage network traffic flow.

Server uses terminal probing packets to assess processing state, enabling rapid high-quality switching without buffering delay.

Cloud optimization module redistributes virtual machines using a growing neural gas algorithm to adjust network topology.

A programmable scheduling module uses a register array and multiplexers to selectively couple data sources to a serial communication interface.

A messaging interface toggles message objects between summary and full content states while repositioning adjacent list items.

Service node redistributes packet flows using dynamic flow table mappings to maintain server affinity during network failures.

A backhaul node detects congestion in data paths and initiates handover of traffic between radio base stations to alleviate network bottlenecks.

A bandwidth monitoring system detects usage patterns and issues upgrade notifications to subscribers.

Copying application blueprints eliminates manual reconfiguration during migration, reducing downtime and improving scalability.

An access point monitors network traffic to determine optimal update timing.

A distributed orchestration framework coordinates service function chains across multiple network domains using vertex-centric processing.

A switchless network topology system uses distributed routing tables to enable direct node communication.

A bearer control device audits resource management rules to align operation commands with media gateway capabilities.

Subscriber devices negotiate multiple physical layer standards with service providers to configure upstream and downstream data paths.

Network device optimizes loop-free alternative path calculations by storing parallel links in neighbor data structures to reduce redundant SPF computations.

A PCECC centralizes path computation and label reservation, eliminating complex LDP signaling to simplify MPLS deployment.

A text-to-speech system converts network addresses into human-like pronunciations by parsing usernames and domain names.

Sampling module probes network paths to select routes with minimal congestion, resolving routing conflicts caused by equal-cost multi-path protocols.

A lockless bimodal queue system enables simultaneous producer and consumer access to packet buffers without mutual exclusion locks.

Configurable NoC bypass logic routes critical messages directly through virtual channels without entering arbitration queues.

Broker tier retains media slices in main memory to eliminate database delays and enable independent resource scaling.

A data path detection system assigns proximity measures to network nodes for real-time identification of potential security risks.

Distributing routing data via a registry eliminates centralized bottlenecks, reducing traffic congestion and packet delivery delays in electric power systems.

A sampling node detects traffic flows and determines capacity demands to route data through service optimizing nodes.

A hybrid reverse proxy cluster dynamically transitions backup members to active mode during failures.