Data Switching By Path Configuration TRIZ Cases
- Bonding Engine Dynamic Packet Fragmentation for Latency Minimization
A bonding engine dynamically adapts packet fragment sizes across subscriber line pairs to optimize data transmission throughput.
- IPv6 Router Prefix Delegation via Distributed Hash
Router autonomously generates IPv6 address prefixes using distributed hash operations, eliminating DHCP dependency and reducing network deployment complexity.
- Dual Communication Paths for Image Forming System Integration
Segmented serial and parallel links resolve protocol complexity while enabling seamless third-party sheet processing integration.
- MMSC Segmentation for A2P Traffic Isolation
Segmenting MMSC functions isolates spiky application-to-person traffic, reducing network delays during surges.
- Autonomous Device Networking via Mediator Controller
A network controller segments device ecosystems to resolve the complexity trade-off while enabling skill sharing.
- RDMA Access for Non-Volatile Solid-State Memory in Network Storage
Remote direct memory access replaces serial command interfaces with parallel data transfers, reducing latency and extending flash memory lifespan.
- Wireless Control Signaling Overhead Reduction via Selective Retransmission
Selective control channel signaling for retransmissions reduces wireless overhead, extending user equipment battery life through discontinuous reception cycles.
- Virtual Service Node Dynamic Binding for Scalable Network Traffic
Virtual service nodes intercept and redirect network traffic through dynamic service binding, resolving scalability bottlenecks in virtualized environments.
- Hardware Network Interface Per-Ring Resource Accounting
Hardware counters integrated into network interface rings track packet counts to resolve the trade-off between measurement precision and device complexity.
- Availability Manager for Multi-Media Communication Sessions
An availability manager detects user status across communication media to route collaboration sessions.
- VLAN Service Migration Using Split Horizon Rules
Split horizon rules prevent MAC address learning in PB core nodes, reducing table sizes while maintaining service transparency during partial migration.
- Dynamic Path Capacity Allocation for I/O Request Prioritization
A dynamic path capacity allocation system selects transmission paths based on real-time traffic metrics to optimize resource usage.
- Network Switch Packet Processing Task Management
A network switch device dynamically manages packet processing tasks based on workload thresholds to optimize resource utilization.
- Interception Proxy Server GRE Tunnel NAT Elimination
A proxy server redirects TCP packets via a GRE tunnel to eliminate the separate network address translation module.
- Proxy Host Association for Multi-Device Connectivity
A host impersonates devices to facilitate association between incompatible endpoints without manual intervention.
- Hierarchical Router Path Establishment for Wide Area Coverage
A hierarchical network architecture distributes routing load across multiple router layers to establish communication paths efficiently.
- Cloned Cable Modem Detector via DHCP Relay Analysis
A cloned cable modem detector assembles a table associating physical addresses with CMTS identifiers using relayed provisioning requests.
- Packet Switching Device Ring Topology Real-Time Ethernet
An interface association table mandates output directions in a packet switching device, eliminating address checks to ensure real-time functionality.
- BGP Initialization via IPv6 Address Prediction
Predicting peer IPv6 addresses resolves MAC addresses early, preventing packet drops during Border Gateway Protocol initialization.
- FC Fabric Login Logout Engine Session Management
Login logout engine manages fiber channel fabric sessions to resolve ACL space limits by clearing inactive entries from hardware tables.
- Aggregating Router Keys for Compact Forwarding Tables
Aggregating router keys merge multiple destination addresses into single forwarding entries to reduce memory usage in packet-switched networks.
- Network Apparatus System Determination via Traffic Density Analysis
A calculation unit derives variation coefficients and average traffic amounts from network data to classify apparatuses as active or inactive systems.
- Packet Deduplication via Hash Table for High-Speed Network Streams
Hash generator identifies duplicates in high-speed streams, reducing bandwidth and processing demands.
- Configurable Logic Device Packet Capture Buffer Management
A configurable logic device manages packet capture using a circular buffer and tail pointer for high-speed storage.
- Multicast Switching Device Logical Topology Conversion
Logical topology conversion resolves incorrect upstream relationships in ring networks by segmenting the switch for fast fault recovery.
- Split Data Plane Architecture for Flow-Based Switching
Segmenting the data plane into macroflow and microflow sub-planes reduces processing complexity while maintaining routing flexibility for unknown flows.
- Central Notification Server for NAT Traversal
A central notification server manages service-device identifiers to route messages through external networks.
- Dynamic Network Topology Filtering by Node Characteristics
Filter network topology maps using dynamic criteria to hide irrelevant nodes, resolving interpretation complexity in large networks.
- IMS Capacity Management via Pre-Routing Server Load Checks
A Usage and Capacity Control Server identifies overloaded terminating VoIP call servers before routing calls to them.
- Linecard Port State Segmentation for Seamless STP Restart
Segmenting port states into blocking and forwarding categories prevents Layer 2 loops while maintaining traffic continuity during linecard software upgrades.
- Relay Unit Dynamic Path Selection for Loop Prevention
Control sections store connection counts and priorities to dynamically switch relay paths, preventing frame looping while maintaining network redundancy.