基于云计算技术的FLAC3D软件计算平台的研发
摘要:为解决FLAC3D软件计算速度较慢、占用过多计算资源的难题,基于Flask框架与D3.js框架开发了FLAC3D软件计算平台。该平台功能齐全,包含账单模块、文件共享模块以及安全模块等辅助模块,用户仅需要输入计算资源与储存资源的需求量,便可自动创建虚拟服务器,在服务器中使用预装好的FLAC3D软件。该平台大幅减少了FLAC3D软件的计算耗时,在多工况条件下,计算速率提升尤为显著。另外,平台以云服务模式通过互联网实现生成云服务器和远程在线运行软件,使硬件配置摆脱了地域限制。
Abstract:In order to solve the problem that FLAC3D software is slow in calculation and occupies too much computing resources,the FLAC3D software computing platform is developed based on the Flask framework and D3.js framework. The platform is fully functional and includes auxiliary modules such as billing module,file sharing module and security module. Users only need to input the computing resources and storage resources to automatically create a virtual server,and use the pre-installed FLAC3D software in the server. The platform greatly reduces the computational time of the FLAC3D software,and the calculation rate is particularly significant under multiple operating conditions. In addition,the platform implements the generation of cloud servers and remote online running software through the Internet in a cloud service mode,so that the hardware configuration is freed from geographical restrictions.
中文标题：
基于云计算技术的FLAC3D软件计算平台的研发
Development of FLAC3D Software Computing Platform Based on Cloud Computing Technology
作者：
封磊,陈平志,褚卫江
Feng Lei,Chen Pingzhi,Chu Weijiang
作者简介:封磊,男,1993年生,硕士,主要从事岩土工程数字化工作。E-mail:feng_l3@ecidi.com
通讯地址：
中国电建集团华东勘测设计研究院有限公司, 浙江杭州 310000
HuadongEngineeringCorporationLimited,Hangzhou310000,Zhejiang,China
中图分类号:TP3
doi:10.3969/j.issn.1007-2993.2019.06.001
出版物：岩土工程技术
收稿日期:2019-04-09
网络出版日期:2021-07-06
关键词:云计算,FLAC3D,Flask,D3.js
Key words:cloud computing,FLAC3D,Flask,D3.js
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