A cloud platform and resource allocation method for aviation application collaborative design
A collaborative design and resource allocation technology, applied in special data processing applications, calculations, instruments, etc., can solve the problems of no data control, no integration of tools and resources, no establishment of a single data source and unified engineering information center, etc. Achieve accurate calculation results, improve utilization efficiency, and reduce hardware overhead
Active Publication Date: 2019-03-01
AVICIT CO LTD
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Problems solved by technology
At present, in the collaborative design, the knowledge and information resources of the participating units have not been integrated and used, and the tools and resources applied to the entire life cycle of aircraft design have not been integrated; there has been no unified model data center, and no single data source and unified project. The information center cannot synchronize access to information distributed in different places; there is no strict control over the data generated during the collaborative design process, and the consistency, validity, integrity, security and traceability of the data cannot be guaranteed
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[0043] In order to better understand the present invention, some basic concepts will be explained first.
[0044] OpenStack project: A free software and open source project jointly developed by NASA and Rackspace. This system is developed based on the OpenStack project.
[0045] Swift component: a sub-project in the OpenStack project, used for shared storage of multiple data files. This system uses Swift components to achieve a unified data center.
[0046] Murano tool: a sub-project in the OpenStack project to assist in installing applications and importing data in virtual machines. This system uses Murano tools to import software and data in the target virtual machine;
[0047] Nova module: A sub-project used for computing resources and virtual machine management in the OpenStack project. After the system generates the configuration file of the target computing resource, it uses the Nova module to create the corresponding virtual machine.
[0048] The present invention will be describ...
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The invention relates to an aerospace application collaborative design oriented cloud platform and resource allocation method. The platform and the method provide technical support and foundation platform protection in aircraft distributed cross-domain efficient collaborative design verification. The platform consists of three modules: a business requirement module, a resource mapping module and a resource allocation module. The method realizes business requirement definition, resource mapping and resource allocation, and the advantages of transparent resource use as required and high resource utilization efficiency are achieved.
Description
Technical field [0001] The invention relates to a cloud platform and a resource allocation method oriented to aviation application collaborative design, and belongs to the field of aviation design auxiliary technology. Background technique [0002] With the rapid development of the aviation industry, the design and development of large and complex aviation products has become a top priority. The remote collaborative design for aviation aircraft is an ideal method for aviation aircraft design and the only way for the aviation industry to achieve leapfrog development. [0003] At present, in the field of collaborative design in China's aviation industry, the collaborative design platform mainly focuses on meeting the needs of collaborative work between the aviation design main engine factory and participating units in the aircraft development process, and provides collaborative management work centered on the management and exchange of design data Support, but lack of support for var...
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IPC IPC(8): G06F17/50
CPCG06F30/15G06F2111/02
Inventor 冯海滨王亮刘娟王哲敏李文龙
Owner AVICIT CO LTD