Distributed task real-time collaborative planning method

Abstract

The invention discloses a distributed task real-time collaborative planning method, which comprises a main controller, wherein the main controller is electrically connected with a task summarizing server; the task summarizing server is electrically connected with a plurality of task collectors; each task collector is used for receiving tasks collected at different places, the task summarizing server summarizes and compares all the tasks, and the task summarizing server deletes the repeated tasks until only one task is reserved and marks the addresses of the task collectors on the tasks. The method has the advantages that the task summarizing server is arranged in the embodiment of the invention and used for summarizing and comparing tasks collected at multiple places, repeated tasks are deleted to avoid repeating the same work, meanwhile, a task strategy server receives a task issued by the task server and compares the task with historical tasks, only calls a task result and directly outputs the task result if the same task exists, otherwise, outputs the task to the task server to carry out the next operation.

Description

technical field [0001] The invention relates to the technical field of task scheduling, in particular to a method for real-time collaborative planning of distributed tasks. Background technique [0002] At present, most mission systems use a single system, but the processing capacity of a single system is very limited. With the continuous improvement of task complexity and precision requirements, the system needs to handle more and more tasks, so a single system can no longer meet the needs of users well. [0003] In order to solve the problem of limited system processing capacity, there are generally two solutions. One is the distributed task system, which consists of a task strategy operation unit and a group of task execution units. Under the control of the task strategy operation unit, Each task execution unit shares the tasks that need to be processed. In this system, it is required that there is only one task execution unit to execute the task within the task unit ti...

AI Technical Summary

Problems solved by technology

Subsequently, some architecture design software platforms have emerged, but the products between the various platforms cannot be effectively integrated, and the support for collaborative development by multiple people is not high.

At the same time, the architecture design-oriented system has problems such as many views, many designers, and complex architecture. The "divide and conquer" requirements development method in multi-view requirements engineering will inevitably lead to problems such as "requirements integration" and "how to integrate"

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