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Improvement of Data Searching in MongoDB with the Use of Oracle Database

机译:使用Oracle数据库改进MongoDB中的数据搜索

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In the 1950s, the demand for useful data storage gained importance and with it relational databases started to play an essential role in many sectors. Nowadays, relational databases cannot effectively fulfill the demands for interactive web and mobile applications, which demand flexibility and scalability for a data model. With the term NoSQL, we cover all the non-relational databases which provide no scheme and scaling model. NoSQL Databases, also called internet databases, are nowadays used by such significant organizations as Google, Amazon, Facebook and many others. Different classes of databases NoSQL, specifically couples of key-value pairs, documentary, column-oriented databases and graph databases, allow programmers to model the data near the format used in their application. One of the disadvantages, resulting from a free structure, is the security of effective searching in the non-relational databases. Several studies dealt with the effective way of searching in the non-relational databases. These studies examined the model data in the non-relational database MongoDB with the help of a relational model. In this paper, we introduce a method which searches for the data stored in the non-relational database MongoDB using the model with the permanent structure in relational database Oracle. Even though efficiency of our solution could be debated while using smaller datasets, with growing size of data the efficiency of presented solution increases.
机译:在20世纪50年代,对有用数据存储的需求获得了重要性,并且它的关系数据库开始在许多部门中发挥重要作用。如今,关系数据库无法有效地满足交互式Web和移动应用程序的需求,这需要对数据模型的灵活性和可扩展性。使用NoSQL术语,我们涵盖了所有不提供方案和缩放模型的非关系数据库。 NoSQL数据库,也称为Internet数据库,如今,这类重要组织使用作为谷歌,亚马逊,Facebook和许多其他组织。不同类别的数据库NoSQL,特别是键值对,纪录片,面向列的数据库和图形数据库的耦合,允许程序员在其应用程序中使用的格式附近建模数据。由自由结构产生的缺点之一是在非关系数据库中有效搜索的安全性。几项研究处理了在非关系数据库中搜索的有效途径。这些研究在关系模型的帮助下检查了非关系数据库MongoDB中的模型数据。在本文中,我们介绍了一种方法,该方法使用具有关系数据库Oracle中的永久结构的模型搜索存储在非关系数据库MongoDB中的数据。尽管在使用较小的数据集时可以辩论我们解决方案的效率,但数据较大的数据较大,所提出的解决方案的效率增加。

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