Stacking System Failure Handling Logic for Group Selection

The patent introduces multiple decision parameters (failure level, number of devices, priority, bandwidth, processing capacity) to replace the simple Multi-Active Detection method. By changing the selection criteria from a basic active/detected state to a multi-parameter evaluation system, the system achieves more accurate group selection while maintaining automatic failure recovery capability

The system implements a feedback mechanism where the master device collects decision parameters from all member devices, evaluates them against a preconfigured reserve strategy, and makes an informed decision about which group to maintain. This feedback loop ensures that the group with higher importance and capability is selected, resolving the accuracy issue while preserving reliability

The system performs preliminary actions by preconfiguring the reserve strategy and collecting decision parameters immediately upon failure detection. The master device proactively gathers information about failure level, device counts, priorities, bandwidth, and processing capacity before making the maintenance decision, enabling both fast response and accurate selection

The patent transforms the simple detection approach into a multi-parameter evaluation system. By incorporating multiple dimensions of information (not just detection status but also capability metrics), the system achieves accurate group selection without significantly compromising response speed, as the evaluation is performed systematically rather than through multiple sequential detection rounds