Big Data retrieval techniques based on Hash Indexing and MapReduce approach with NoSQL Database

N. Gayathiri, D. D. Jaspher, A. Natarajan
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引用次数: 1

Abstract

As the size of the data grows enormous day by day, there are challenges in storing, sorting and quick accessibility of the data. In order to overcome these challenges indexing of Big Data were made predominant so that these data can be ordered, addressed and located easily. Though there are lot of techniques to index data and map them, each has its own advantages and issues over its performance across various kinds of data. Two different techniques for Big Data retrieval namely MapReduce, a way of simplifying a huge collection into some useful aggregation values and Hash indexing, which is a method of generating key and storing the value of the tuples so that the data are addressed by the generated key on its tuples is compared using NoSQL database. An analysis is made to examine the retrieval efficiency of the data which are of varying size from the whole dataset and limiting the data to be retrieved using predicates through search queries is performed. The comparison is made using both singleton and distributed NoSQL MongoDB.
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基于哈希索引和MapReduce方法的NoSQL数据库大数据检索技术
随着数据量的日益增长,数据的存储、排序和快速访问都面临着挑战。为了克服这些挑战,大数据索引成为主导,以便这些数据可以轻松排序,处理和定位。尽管有很多索引数据和映射数据的技术,但每种技术都有其自身的优点和跨各种数据的性能问题。两种不同的大数据检索技术,即MapReduce,一种将巨大的集合简化为一些有用的聚合值的方法和Hash索引,这是一种生成键并存储元组值的方法,以便通过生成的键在其元组上寻址数据,并使用NoSQL数据库进行比较。分析了整个数据集中不同大小的数据的检索效率,并通过搜索查询限制了使用谓词检索的数据。使用单例和分布式NoSQL MongoDB进行比较。
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