Cluster Operation Thread Parallelization for Passive Node Latency

The patent segments the operation execution into independent threads, with each thread responsible for performing the operation on a specific passive node. This segmentation allows concurrent execution across multiple nodes while maintaining reliable completion tracking through thread management, resolving the contradiction between reliability and execution time.

The patent implements dynamic thread creation and management where the system automatically creates worker threads for passive nodes based on the cluster configuration. The thread pool dynamically adapts to the number of passive nodes, enabling flexible parallel execution that maintains reliability while minimizing total execution time.

The patent merges multiple sequential operation executions into a single parallel execution framework. By combining the operation logic into a unified thread-based system that can execute across multiple nodes simultaneously, the patent maintains relatively simple system architecture while dramatically improving productivity through concurrency.

The patent creates a universal operation execution framework that can handle operations on any number of passive nodes through a standardized thread-based approach. This multi-functional design allows the same code structure to serve both single-node and multi-node scenarios, maintaining architectural simplicity while enabling high productivity in large clusters.