CAJ | 학술논문

为实现高性能计算中心的计算资源、软件资源、数据资源的有效共享和高效使用，提高研究软件的生产率及科研技术人员的工作效率，有助于用户访问并使用计算中心软硬件资源，设计并开发了高性能计算门户（HPCP）。HPCP将计算流体力学、计算结构力学和计算声学等多种计算软件集成在一个统一便捷的用户界面中，提供一个多学科交叉的高性能计算服务平台。基于LSF集群作业调度基本策略，开发以用户优先级、用户作业占用资源时间和队列作业派遣吞吐量等方面为衡量标准的公平分享调度策略，对于高优先级任务采用抢占调度策略。将在优化作业调度策略及数据搜集、提炼、分析等方面对HPCP开展深入研究，以构建精准、完善的计算及数据服务。
위실현고성능계산중심적계산자원、연건자원、수거자원적유효공향화고효사용，제고연구연건적생산솔급과연기술인원적공작효솔，유조우용호방문병사용계산중심연경건자원，설계병개발료고성능계산문호（HPCP）。HPCP장계산류체역학、계산결구역학화계산성학등다충계산연건집성재일개통일편첩적용호계면중，제공일개다학과교차적고성능계산복무평태。기우LSF집군작업조도기본책략，개발이용호우선급、용호작업점용자원시간화대렬작업파견탄토량등방면위형량표준적공평분향조도책략，대우고우선급임무채용창점조도책략。장재우화작업조도책략급수거수집、제련、분석등방면대HPCP개전심입연구，이구건정준、완선적계산급수거복무。
In order to effectively share and conveniently use high performance center’s computing resource, software resource and data resource, improve software productivity and technician work efifciency, help users to access and use the computing center hardware and software resources, we designed and developed the high performance computing portal(HPCP). HPCP is a uniifed convenient user interface by integrates Computational Fluid Dynamic, Computational Structural Mechanics, Computational Acoustics, etc. It is also a multidisciplinary high performance computing services platform. By designing and developing cluster job scheduling based on LSF, HPCP develop fairshare strategy by measuring user priority, user operation occupying resource time and queue operation dispatch and throughput, etc. HPCP will next carry out further research on data collection, refinement, analysis for the purpose of building more accurate, so as to provide safe, standard, credible, efifcient data support platform.