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首页> 外文期刊>International Journal of Computer Science and Technology >High Performance Computing System Helping Big Applications
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High Performance Computing System Helping Big Applications

机译:高性能计算系统,助力大型应用

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Computing is basically characterized as a procedure of rising and an up gradational movement of PC innovation a PC explicit piece of data innovation combining and keeping both programming and equipment inside planning and working of numerous virtual unlimited purposes like keen conduct, preparing, gathering data and organizing and so forth. In this paper a systematical approach of structuring and hypothesis of High execution computing frameworks has been referenced which is being under audit and progress since long time including the four design excellent difficulties of elite figuring frameworks; whose progress still can and will bring a progressive changes and will support to productive processing. In this segment we incorporate both the time and from this point forward confronting the difficulties structure the age to the people to come. In this we primarily centered around the hypothesis and structure there qualities and necessity a wide extending talk which build up a methodology for the force of processing with the goal that superior can be gained. The superior processing is conveyed in to two levels hypothesis and its engineering structure both of the angles are ordered in to various levels and will be examined in detail. It mostly engaged that ought to there be an achievable plan as per the past given limitations that upheld improvement in computing execution and the hypothesis gives a rule to reconfigure the heavenly body of technique. In this paper the structural plan and hypothesis will be talked about in detail.
机译:计算的基本特征是PC创新的不断上升和升级的过程,是PC显式的数据创新,结合了编程和设备,并将其保留在计划和工作内部,并实现了无数虚拟无限目的,例如敏锐的行为,准备,收集数据和组织等等。本文引用了一种高性能执行计算框架的结构化和假设系统化方法,该方法自长期以来一直在审核和进展中,其中包括精英计算框架的四个设计难点。他们的进步仍然可以并且将会带来渐进的变化,并将为生产加工提供支持。在这一部分中,我们将时间和从这一点开始的时间都纳入了面对未来人民的困难结构。在本文中,我们主要围绕假设和结构,讨论了质量和必要性,并进行了广泛的讨论,这些讨论建立了处理力的方法论,旨在获得更高的目标。优越的处理过程被分为两个层次,其工程结构的两个角度都被排序为多个层次,并将对其进行详细研究。鉴于过去的局限性,人们通常认为应该有一个可以实现的计划,因为局限性可以保持对计算执行力的持续改进,并且假设给出了重新配置天堂般的技术体系的规则。本文将详细讨论结构计划和假设。

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