Distributed and parallel database systems

International Journal of Science and Business, 2021

The technological development has been experiencing rapid growth in the recent years. Individuals need access to required data and information more readily than ever before. To consider this need, the resource development and management are prioritized by the digital world entrepreneurs. In order to provide quick access to the individuals and provide necessary support are fundamentally important for the users. In the present aspects of the digital world, the concept of distributed database, grid system, and cloud systems have completely replaced the need for independent databases. Because of the increasing need and requirements of the computer power and capacity, digital world has been adopting different strategic concerns in order to promote and interconnect dispersedly reserved databases. The concept of distributed database provides the solution for the growing need for addressing the vital aspects of the data management and provision of the access to the required data. This article analyses the concept of database management system, considering relevant review of literature, systematic analysis, investigating the rules for distributed database management system DDBMS, finding appropriate architecture for the DDBMS solutions and providing justified recommendations based on the users' need and perception. IJSB Literature Review

IBM Systems Journal, 1994

In order to provide real-time responses to complex queries involving large volumes of data, it has become necessary to exploit parallelism in query processing. This paper addresses the issues and solutions relating to intraquery parallelism in a relational database ...

Proceedings of the First …

Proceedings [1988] International Symposium on Databases in Parallel and Distributed Systems, 1988

The LOTUS Corporation has made a generous donation to partially offset the cost of printing and distributing four issues of the Data Engineering bulletin. Database Engineering Bulletin is a quarterly publication of the IEEE Computer Society Technical Committee on Database Engineering. its scope of interest includes: data structures and models, access strategies, access control techniques, database architecture, database machines, intelligent front ends, mass storage for very large databases, distributed database systems and techniques, database software design and implementation, database utilities, database security and related areas. Contribution to the Bulletin Is hereby solicited. News items, letters, technical papers, book reviews, meeting previews, summaries, case studies, etc., should be sent to the Editor. All letters to the Editor will be considered for publication unless accompanied by a request to the contrary. Technical papers are unrefereed. Opinions expressed In contributions are those of the mdi vidual author rather than the official position of the TC on Database Engineering, the IEEE Computer Society, or orga nizations with which the author may be affiliated. Membership In the Database Engineering Technical Com mittee Is open to individuals who demonstrate willingness to actively participate in the various activities of the TC. A member of the IEEE Computer Society may Join the TC as a full member. A non-member of the Computer Society may Join as a participating member, with approval from at least one officer of the TC. Both full members and participating members of the TC are entitled to receive the quarterly bulletin of the TC free of charge, until further notIce. From the Issue Editors Sushil Jajodia and Won Kim On December 5-7, 1988, an IEEE-sponsored symposium named the International Symposium on Da tabases for Parallel and Distributed Systems was held in Austin, Texas. The symposium was an attempt to encourage interested professionals to focus their research on extending the technology developed thus far for homogeneous distributed databases into two major related directions: databases for paral lel machines and heterogeneous distributed databases. We selected seven papers from the symposium, and added two new papers to form this special issue on Databases for Parallel and Distributed Systems. The selection of papers in this issue was based on our decision to maximize the breadth of research topics to be introduced to the readers. We regret that we did not have enough space to include a paper on heterogeneous databases. The papers selected from the symposium had to be condensed because of page limits on our bulletin. The inter ested reader may obtain the proceedings of the symposium from IEEE for a broader perspective on this area.

I have authored this paper to illustrate the History, Types, and Structure of Database Management Systems and their dependencies. Aiming to give a solid overview of the terms database and DBMS. Also, to help the reader create a global, comprehensive picture of the database and DBMS.We start the paper by listing the history of databases and storing data techniques. Then the terms data and types of data. After that, we start defining database and DBMS and their types. We have an extensive illustration of database objects. We give an overview of SQL, DML, TCL, DQL, and DDL as Structured Query Language. Finally, we ended the paper by talking about database normalization and its levels.

2021

Distributed database (DDB) is one of the emerging fields of technology and market research. This article addresses different architectures of distributed databases, distributed database management systems (DDBMS), data dependency techniques, the importance and drawbacks of the DDB. The problem areas mentioned in the paper are extremely useful when implementing distributed databases to ensure easy management of competence, impasse, protection and privacy. In this paper we will also research distributed database design for integrating the business environment in a distributed database.

Implications of Globalization, 2010

2004

The paper is devoted to the classification, design, and analysis of architectures of parallel database systems. A formalization of the notion “parallel database system” is suggested, which relies on a concept of a virtual machine. Based on this formalization, a new approach to the classification of architectures of parallel database systems is suggested. Requirements to parallel database systems are formulated, which serve as criteria for comparing various architectures. Various classes of architectures of parallel database systems are considered and compared.