Substation Remote Connection/Disconnection TRIZ Cases
- Stacked EtherType PID Embedding for Network Flow Correlation
Embedding PIDs via a new EtherType resolves the trade-off between correlation capability and external system compatibility.
- Orthogonal Switch Stacking for Dense Network Topologies
Orthogonal switch stacking minimizes electromagnetic interference by orienting node and global switches perpendicularly, reducing cable length and cost.
- Link Aggregation Port Switching for Lossless Traffic Recovery
A link aggregation port switching method synchronizes ingress and egress forwarding states to enable rapid traffic re-allocation.
- Dynamic Local Function Binding for Application Virtualization
A dynamic local function binding mechanism connects remote servers to terminal hardware interfaces through standardized service descriptions.
- Networked Fluid Dispenser Host Control for Consistent Quality
Host computer configures stepping motor steps and back-off steps across a fluid dispenser network to ensure precise dispensing.
- Vehicular Control Unit Partitioning System for Cyber-Attack Isolation
A vehicular control unit employs a partitioning system to isolate security-relevant network lines during cyber-attacks.
- Reconfigurable Network Topology Controller for Latency Reduction
A topology controller dynamically configures direct or switched I/O links to reduce latency caused by packet routing delays in distributed systems.
- Virtual Network Function Descriptor Generator for Multi-VIM Deployment
A virtual network function descriptor generator consolidates user inputs and component data into a single unified configuration file.
- Physical Layer Device Transmit Power Control
A physical layer device adjusts transmit signal amplitude based on received signal levels to reduce active state power consumption.
- PoE Connection Unit Network-Controlled Power Switching
A PoE connection unit integrates a network-controlled switching element to manage power delivery for terminal devices.
- Multilane Communication Interface for Seamless Asymmetric Data Transfer
A multilane communication interface manages awake and asleep lanes to transfer data seamlessly across asymmetric links.