Data Switching By Path Configuration TRIZ Cases
- IoT Authentication Using Device Actions and Accessible User Cues
Server-verified IoT device actions add stronger, more accessible authentication for sensitive operations using visual, audio, or tactile cues.
- In-Vehicle Network Path Deterioration Detection and Cause Discrimination
Measures transmission path characteristics and compares deterioration data to identify network aging, abnormalities, wire breakage, and topology changes.
- IoT Resource Recipes for Portable Service Sharing
Resource abstraction and recipe orchestration let IoT services and user settings move across devices without hardcoded identifiers.
- In-Vehicle Network Configuration for Non-Communicating Functional Units
When a newly added in-vehicle unit cannot send its own data, candidate-based input enables reliable network configuration with less user error.
- Optical Path Routing With Setting-Time-Aware Frequency Allocation
Accounts for parameter-setting delay when selecting routes and frequency slots, helping optical paths meet temporal demand constraints.
- Laundry Appliance Usage Balancing Through Dynamic Pricing Control
Dynamic pricing guided by appliance utilization and user demand balances washer and dryer wear across locations and simplifies maintenance.
- Multi-Interface Gateway for Remote BACnet MS/TP Building Control
A multi-interface gateway links wired or wireless BACnet MS/TP equipment to cloud apps for remote monitoring and command without adding IP to each device.
- In-Vehicle Network Configuration for ECUs Missing Function Data
When a newly added ECU cannot send its function data, the system requests missing details and builds a feasible in-vehicle network configuration.