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Enhancing Parallel Data Loading for Large Scale Scientific Database

机译:增强大型科学数据库的并行数据加载

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The rapidly increased data size make large scale scientific database often have a huge time delay between loading data into the system and ready for receiving query request. To solve this problem, we proposed an efficient parallel data loading approach named FASTLoad. It is designed to maximize the given resource (e.g., network bandwidth, main memory) utilization for optimizing the data loading in large scale array model based scientific database system. To verify the efficiency of FASTLoad, we implemented it in our Adaptable Data Loading System and evaluate its performance over various sizes of large scientific data sets. Our experimental results show that the performance of FASTLoad can be 4 to 6 times fast than the built-in loading techniques of states-of-the-arts array model based scientific database system.
机译:数据量的迅速增加使得大型科学数据库在将数据加载到系统中与准备好接收查询请求之间通常会有巨大的时间延迟。为了解决这个问题,我们提出了一种有效的并行数据加载方法,称为FASTLoad。它旨在最大程度地利用给定的资源(例如网络带宽,主内存)利用率,以优化基于大规模阵列模型的科学数据库系统中的数据加载。为了验证FASTLoad的效率,我们在适应性数据加载系统中实现了FASTLoad,并在各种规模的大型科学数据集上评估了FASTLoad的性能。我们的实验结果表明,FASTLoad的性能可以比基于最新阵列模型的科学数据库系统的内置加载技术快4到6倍。

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