Method and system applied to industrial simulation platform

Abstract

The invention provides a method applied to an industrial simulation platform. The method comprises a common user, a development user and a system. The common user logs in the platform to search target simulation software; if the target simulation software is found, trying or subscribing can be selected, and subscribing can be selected after trying is finished; if the target simulation software is not found, a simulation software development demand can be submitted to a transaction system; the development user receives a simulation software development demand through the transaction system; according to simulation software development requirements, a development environment, a model and a solver plug-in are selected through a platform, and simulation software development is carried out; after simulation software development is completed, the simulation software is uploaded to the platform; and according to the system, when a common user tries on target simulation software or subscribes to use the target simulation software, computing resources for operation of the simulation software are distributed. According to the invention, a user can directly operate simulation software on the platform; and meanwhile, simulation software development requirements can be proposed according to requirements, a development user carries out development in response to the requirements, and the simulation requirements of subdivision fields are met.

Description

technical field [0001] The invention relates to the field of computer technology, in particular to a method and system applied to an industrial simulation platform. Background technique [0002] In the era of Industry 4.0, simulation occupies a core position, and its core elements are industrial simulation software and super computing power. At present, most industrial simulation operations are in stand-alone mode, and users engage in simulation operations on desktop computers or workstations. For enterprises, there are several problems in the stand-alone mode. The first is the high cost of software and hardware, which requires the purchase of expensive commercial simulation software licenses and a large number of computers or workstations, and the cost of operation and maintenance of scattered computers or workstations is also high; secondly. , for increasingly large-scale and more complex simulation requirements, single-machine resources cannot be centrally scheduled and ...

AI Technical Summary

Problems solved by technology

The current industrial simulation cloud platform only provides the simulation solution function. Users need to upload the simulation model for calculation and solution. After the calculation is completed, the downloaded results are processed on the personal computer. This process may need to be repeated many times, and the entire simulation process is cut off. Serious Reduce user productivity

Moreover, the simulation solution process cannot monitor the simulation status in real time, and the simulation model cannot be terminated and adjusted in time, resulting in a large number of invalid calculations

[0004] In addition, the industrial simulation software integrated on the industrial simulation cloud platform is basically some commercial general-purpose simulation software, with few types.

However, there are many categories in the industrial field, and the industrial simulation needs are different. The general commercial simulation software can only meet the simulation needs of some industries or fields, and the applicability to the subdivision fields is not very high, and the simulation needs of a large number of subdivision fields are ignored.

In addition, general-purpose simulation software requires high user ability and experience, and most small and medium-sized enterprises in my country do not have simulation capabilities and cannot use these commercial simulation software for product design and development.

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