Task processing method and system

Abstract

The task processing method and system provided by the embodiments of the present invention can split the task to be processed to obtain multiple subtasks, and the granularity of any subtask is one of a plurality of preset granularities; from each task processing node Select the first number of task processing nodes as the adopting node group, and according to the stored task processing capability records of each task processing node in the adopting node group, assign each split subtask to the adopting node group with the The task processing node whose granularity matches the task processing capability performs processing. Since the granularity of the task to be processed by each task processing node matches the processing capability of the task processing node, each task processing node takes the same amount of time to process subtasks, and there will be no task processing nodes with high processing capabilities in the long-term Situation of waiting in idle state. The invention effectively improves resource utilization and task processing speed.

Description

technical field [0001] The invention relates to the technical field of task processing, in particular to a task processing method and system. Background technique [0002] With the development of science and technology, the performance of various intelligent electronic devices with task processing capabilities is also getting higher and higher. By splitting a complex task into multiple subtasks and distributing the subtasks to multiple task processing nodes for processing, the processing speed of the task can be improved. [0003] The specific process is: [0004] First, the complex task is divided into multiple subtasks on average, and each subtask has the same size; [0005] After the tasks are split, each subtask is evenly distributed to each task processing node for processing, and the number of subtasks on each task processing node is also the same. [0006] The applicant found that the processing capabilities of different task processing nodes are not the same. Sinc...

AI Technical Summary

Problems solved by technology

[0006] The applicant found that the processing capabilities of different task processing nodes are not the same. Since the size and number of subtasks assigned to each task processing node are the same, the task processing nodes with higher processing capabilities will In an idle state, it waits for the task processing nodes with low processing capacity to finish processing. Only after all subtasks are processed, the complex task is processed, which undoubtedly wastes resources and is not conducive to the rapid processing of tasks.

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