Cloud high-performance scientific calculation workflow design control system and user graphical interface

Abstract

The invention provides a cloud high-performance scientific calculation workflow design control system and a user graphical interface. The cloud high-performance scientific calculation workflow designcontrol system comprises three layers, wherein a bottom service layer provides basic service for an upper application in an SDK form; an analysis layer is an architecture actual support, and providesmachine language conversion for actual operation of a user on the interface, so that the system and the underlying service can operate according to an instruction of the user, and meanwhile, data returned by the underlying service is converted according to a form designed by the system, so that the data conforms to an interface operation habit and display logic of the user; and a man-machine interaction layer is responsible for realizing operation behavior and parameter configuration functions for users. The user graphical interface comprises a workflow management module, a workflow arrangement module, a workflow node control module and a task management module. According to the cloud high-performance scientific calculation workflow design control system and the user graphical interface, man-machine interaction functions such as dragging and configuration are carried out on a user terminal through using cloud native software, and design, deployment and execution control over the cloudhigh-performance scientific calculation workflow are completed.

Description

technical field [0001] The invention belongs to the technical field of high-performance computing and visualization, and in particular relates to a cloud high-performance scientific computing workflow design control system and a graphical user interface. Background technique [0002] Although the standardized workflow language provides scientific computing process developers with a standardized method of invoking cloud resources to perform tasks, it meets the needs of scientific computing process definition and design to complete high-throughput computing. However, in the process of designing scientific computing processes, R&D personnel still need to master the writing of the language, understand the working mechanism of cloud middleware and the abstract model of the complete process, especially in the R&D stage of scientific computing workflows, R&D personnel often continuously improve computing nodes Algorithm functions, adjustment and replacement of nodes in the workflow...

AI Technical Summary

Problems solved by technology

However, in the actual process of workflow execution, one workflow corresponds to one task instance, and it is difficult for users to judge the operation status of each node through the status data returned by the task, and the total amount of data returned by the node is large, making the command In addition, users often need to dynamically control tasks, or perform conditional manual intervention on a certain node, in order to achieve controllable task process, save computing resources, and visualize the dynamics of interactive operations. balance

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