Non-Redundant Fault Processing TRIZ Cases
- PCIe Bus Partial Fallback for Error Isolation
Partial fallback processing isolates faulty PCIe lanes, preventing system performance degradation and business disruption from frequent correctable errors.
- Multicasting Voting Mechanism for Asynchronous Network Fault Tolerance
A voting mechanism determines data states in asynchronous networks to maintain system reliability and availability.
- Image Forming Apparatus Memory Isolation for Java and Native Interoperability
A native server isolates logical memory spaces between Java and C/C++ environments to prevent cross-language interference.
- Crash Analysis System Maps Stack Traces to Version History
A crash analysis system maps stack traces with code version history data to identify causal stack frames.
- Management Controller Matrix Barcode Crash Update
A management controller captures a matrix bar code from a system crash screenshot to retrieve the stop error code.
- Automatic Network Failure Recovery via Machine Learning
Machine learning creates and corrects network recovery procedures automatically, resolving the complexity of managing diverse SDN and NFV operation flows.
- Memory Fault Handling via Soft Post Package Repair
Analyzing historical fault data enables soft post package repair to replace faulty memory rows, preventing service disruptions caused by hard resets.
- Storage Controller Reconfiguration for SEU Logic Failure Recovery
Segmented reconfigurable regions allow processing units to suspend access and restore control logic, minimizing downtime from radiation-induced errors.
- I2C Monitoring Circuit for Fault Isolation
Monitoring circuit detects I2C bus failures and isolates faulty devices, resolving manual FRU identification delays.