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A Scalable - High Performance Lightweight Distributed File System

机译:可扩展 - 高性能轻量级分布式文件系统

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Nowadays, distributed computing is developing significantly and comes with many strengths since it could decrease the cost of resources while increasing performance. Distributed systems also provide good storage for big data, which requires access to data at a high rate. Because of multiprocessing, this kind of system can improve the response time and number of simultaneously handled requests. However, these systems can bring high performance and the ability to serve with any kind of data, but their architecture is very complex and costs much time and effort to implement. This paper will introduce a Lightweight Distributed File System, which focuses mainly on storage and accessing data to improve the performance of a system. In the performance, measurements show that the system has good I/O performance and scalability, handles up to 5000 requests per second for small files. The paper also contributes to the proposed system three main techniques to improve the scalability and performance, which are a clique, flat file, and consistent hashing.
机译:如今,分布式计算显着发展,并且具有许多优势,因为它可以在增加性能时降低资源成本。分布式系统还为大数据提供良好的存储,这需要以高速速率访问数据。由于多处理,这种系统可以改善同时处理请求的响应时间和数量。然而,这些系统可以带来高性能和与任何类型的数据提供服务的能力,但它们的架构非常复杂,花费大量时间和努力实现。本文将引入轻量级分布式文件系统,主要集中在存储和访问数据上以提高系统的性能。在性能下,测量结果表明,系统具有良好的I / O性能和可伸缩性,为小文件处理高达5000个请求。本文还有助于提高系统三种主要技术,以提高可扩展性和性能,这是一个集团,平面文件和一致的哈希。

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