Research on Concurrent Destruction of Embedded High-Availability Distributed Computing Platform

The embedded distributed computing platform runs large-scale tasks with high complexity and high computing capacity requirements, and divides the embedded tasks required by super computing capacity into multiple independent sub-tasks, which can be simultaneously allocated to multiple computing nodes for paralleled execution. This paper researches that the embedded high-availability distributed computing platform ensures the real-time and deterministic requirements of embedded system function execution through the distribution of computing resources, network communication resources and storage resources, and implements the allocation and execution of distributed tasks under static partition configuration based on the distributed computing framework of the Actor model. In the paper, the destruction technology of large-scale storage resources in embedded high-availability distributed computing platform is also studied, the concurrent destruction is proposed, which improves the efficiency of destructive power input, solves the problems of large amount of computing nodes destruction, large destructive current and long destructive duration of large-scale storage resources in embedded system, and effectively solves the leakage of key information.