Data Switching By Path Configuration TRIZ Cases

Assigning a global address to a virtual interface enables fast binding updates and reduces inter-PDSN handoff latency.

A satellite grid system calculates claim scores to autonomously manage virtual data center nodes without user intervention.

A service discovery server creates a shared space to store client intrinsic information across multiple networks.

Meta-packets containing assembly instructions reduce processor bandwidth requirements and improve scalability during packet reassembly operations.

Pre-post event listeners enable transparent control over infrastructure service methods in service oriented architecture.

A semi-static beamforming method assigns directional beams to active mobile stations based on their angular positions.

Controllers distribute layer-2 routing rules to switches, bypassing gateway bottlenecks and improving east-west traffic bandwidth.

A common gateway enables rapid interconnection of autonomous communication networks through a graphical user interface.

A mobility management entity updates routing associations during access network reselection.

Electronic device acquires voice and image information to determine events and functions, reducing manual setup time while maintaining detection accuracy.

A configuration method distributes conditional software code modules across multiple central control units to enable local evaluation and action triggering.

A logical address scheme manages endpoint identity through channel creation and dissolution.

L2 network switches auto-discover peers to form a virtual unit, eliminating manual setup and enabling arbitrary topologies.

A communication system uses optical signal strength to establish secure private links between terminals.

Store original source IP address and port number in IP options fields to enable micro-segmentation despite NAT translation replacing header data.

A Tree Segment Identifier system standardizes SR-based multicast distribution trees for efficient packet replication and forwarding across network nodes.

An automated verification system detects non-compliant configuration changes in virtualized networks and blocks deployment to prevent regulatory violations.

A gateway device aggregates podcast RSS feeds and converts data streams, reducing latency in receiving updates.

Switch system modifies packet headers to direct traffic through servers, resolving static routing bottlenecks in data centers.

Segmenting lower priority frames allows high priority traffic to preempt transmission, reducing latency in automotive networks.

PCE proxy architecture reduces control plane overhead in low power lossy networks by aggregating resource information.

A buffering structure with FIFO storage and packet drop logic stages egress and ingress packets.

An intermediary server resolves dynamic address changes to rebuild IP tunnels and sustain connectivity during host reboots.

Relocating packet marking from IP Options to the TTL field avoids fragmentation and slow path processing while enabling source traceback.

A call control system assigns priority levels to update messages based on associated users within a VoIP network.

A first device obtains user equipment area information to determine gateway data via a domain name mapping query.

A multi-device streaming system shares a single active session across devices using local network protocols for seamless content swapping.

Front-end port link aggregation creates a logical chassis from physical units, reducing latency and packet loss while maintaining network features.

A session controller modifies priority indicators of IP packets within SoIP networks using predefined threshold rules.

A bus-based household gateway subsystem centralizes appliance control via digital buses and wireless interfaces.

Information processing apparatus transmits device data to a server via short-range communication to retrieve connection parameters.

Gateway device analyzes UDP payload length to detect facsimile data indicators, preventing link failures caused by proprietary signaling incompatibility.

A setup key application discovers networking devices and configures secure wireless connections using digital certificates without manual user input.

The system duplicates packets and routes them via paths with latency deviations matching processing delays, reducing jitter and packet loss at security appliances.

Router advertisements trigger pre-computed QoS routes and temporary tunnels to eliminate handover delays and packet loss.

A Voice Service Discovery Protocol propagates configuration data across network devices to enable automatic VoIP endpoint integration.

Node devices determine IP data packet types via a preset field to process control and service packets differently, resolving limited network utilization.

A rate select module configures port speeds up to 40G using plural transmit and receive lines.

Interrogating call session control function obtains second serving call session control function information from home subscriber server.

An IMS gateway mediates credential verification to relax proximity restrictions, enabling secure remote access while maintaining strict DRM protection.

A packet classification system uses a secondary GPU processing unit to evaluate tuples in parallel across distributed blocks.

A transfer device correlates IP addresses with MAC addresses to route data through tunnel termination networks.

A network-on-chip router uses parallel arbitration to allocate virtual network outputs and output links for zero-cycle data transfer.

A network connection managing device detects external requests and configures allowed connections using stored configuration data.

Network Management Server collects Media Access Control addresses from LAN devices to identify hardware, bypassing inefficient IP address assignment procedures.

Network management system detects duplicate addresses via topology synchronization, reducing detection time for OSRP and OSI/ISIS misconfigurations.

Payload markers resolve header misuse vulnerabilities by enabling accurate protocol-based prioritization for efficient data replication.

Software re-hashes overlay packets to match hardware hashing, preventing incorrect core assignment and eliminating locking delays.

A network switch modifies VLAN tag states to enable flexible data packet handling across virtual networks.