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A Novel Hybrid Architecture for Distributed Knowledge Discovery in Scientific Environment

机译:一种新型的科学环境中分布式知识发现的混合架构

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Managing data and knowledge sharing in scientific environment is a great challenge, especially in today's big data environment. Traditional monolithic Business Intelligence (BI) systems are difficult to scale up to the massive data sets distributed across a large number of sites. Targeting this challenge, the data mining research has to overcome two major obstacles; mmimg in a distributed environment, and mining on the fly in order to pursue knowledge discovery. Unfortunately, due to highly domain dependency and monolithic deployment, the integration of such large-scale mining on big data is proof to be a tall order. In this paper, we propose a flexible mining system with multi-tier architecture to alleviate these challenges. The system meets the diverse needs of scientific data mining and knowledge sharing. Each service represents the result of an orchestration of reusable building blocks as well as predefined tasks. Its main advantage is that it can deliver BI process as Software-as-a-Service and supports adaptive data mining processes.
机译:在科学环境中管理数据和知识共享是一个巨大的挑战,特别是在今天的大数据环境中。传统的单片商业智能(BI)系统难以扩展到分布在大量站点上的大规模数据集。针对这一挑战,数据挖掘研究必须克服两大障碍; MMIMG在分布式环境中,并挖掘飞行以追求知识发现。遗憾的是,由于域依赖和单片部署,因此在大数据上整合了这种大型挖掘是一种效率的秩序。在本文中,我们提出了一种灵活的矿业系统,具有多层架构,以减轻这些挑战。该系统符合科学数据挖掘和知识共享的各种需求。每个服务都代表了可重用构建块的编排以及预定义任务的结果。其主要优点是它可以将BI过程作为软件服务提供,并支持自适应数据挖掘过程。

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