Task processing method and system

Abstract

The embodiment of the invention provides a task processing method and system. A task to be processed is dismantled into multiple sub tasks, the sub tasks are distributed to task processing nodes, after the task processing nodes receive the sub tasks, whether the number of the sub tasks which are processed currently is not lower than a preset number threshold value is determined, if the number of the sub tasks which are processed currently is not lower than the preset number threshold value, processing rejection information to the sub tasks is fed back to task allocation nodes, and after the task allocation nodes receive the processing rejection information, the sub tasks are allocated to the task processing nodes which do not feed back processing rejection information to the sub tasks. In this way, when the sub tasks allocated to a certain task processing node are many, the task processing node can reject processing of subsequent allocated sub tasks, the task allocation nodes allocate the sub tasks rejected by the task processing node to other task processing nodes, balance of the number of the sub tasks of the task processing nodes is achieved, the situation that the operation speed of the task processing nodes is reduced due to the fact that the sub tasks are too many is avoided, and the situation that resources are wasted due to the fact that the sub tasks are too few is also avoided.

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 processing capability of electronic equipment is getting higher and higher, and correspondingly, the tasks to be handled by electronic equipment are also becoming more and more complex. 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 after each electronic device receives a task is as follows: [0004] First split the complex task into multiple subtasks; [0005] Then each subtask is randomly assigned to multiple task processing nodes for processing. [0006] The inventor found through research that: when the electronic device receives many tasks, it needs to split and allocate the tasks frequ...

AI Technical Summary

Problems solved by technology

Due to the large number of subtasks allocated, it is easy to appear that some task processing nodes need to process more subtasks, while other task processing nodes need to process less subtasks

When there are many subtasks to be processed, the load on the task processing node will be high, which will affect the running speed of the task processing node and even cause the task processing node to go down

When there are fewer subtasks to be processed, the task processing node will be idle after processing the subtasks, wasting resources

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