2009
Purpose of this Readme This Readme file is relevant only to the delivered Oracle Database 11g Release 1 (11.1) product and its integral parts, such as SQL, PL/SQL, the Oracle Call Interface (OCI), SQL*Loader, Import/Export utilities, and so on. This Readme documents differences between the server and its integral parts and its documented functionality, as well as known problems and workarounds. For additions and corrections to the server documentation set, refer to the Oracle Database Documentation Addendum, which is available on the product CD. A complete list of open known bugs is also available on the product CD. Operating system releases, such as UNIX and Windows, often provide readme documents specific to that operating system. Additional Readme files may also exist. This Readme file is provided in lieu of system bulletins or similar publications.
Cited by 0
Lukáš Chlomek · Digital Repository (National Repository of Grey Literature) · 2015
This thesis deals with the theme of NoSQL databases. The theoretical part describes, the reasons for the creation of this databases trend, their basic properties and the most widely used NoSQL data models. The practical part introduces readers with one representative of NoSQL key-value data model, Oracle NoSQL. Following is a sample of work with records of this database, using created test program. End of work includes a short practical demon-stration of manipulation with tables in the repository.
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Ann Davidson Mary · 2018
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Krishna Kunchithapadam, Wei Zhang, Amit Ganesh et al. · 2011
Modern enterprise, web, and multimedia applications are generating unstructured content at unforeseen volumes in the form of documents, texts, and media files. Such content is generally associated with relational data such as user names, location tags, and timestamps. Storage of unstructured content in a relational database would guarantee the same robustness, transactional consistency, data integrity, data recoverability and other data management features consolidated across files and relational contents. Although database systems are preferred for relational data management, poor performance of unstructured data storage, limited data transformation functionalities, and lack of interfaces based on filesystem standards may keep more than eighty five percent of non-relational unstructured content out of databases in the coming decades.We introduce Oracle Database Filesystem (DBFS) as a consolidated solution that unifies state-of-the-art network filesystem features with relational database management ones. DBFS is a novel shared-storage network filesystem developed in the RDBMS kernel that allows content management applications to transparently store and organize files using standard filesystem interfaces, in the same database that stores associated relational content. The server component of DBFS is based on Oracle SecureFiles, a novel unstructured data storage engine within the RDBMS that provides filesystem like or better storage performance for files within the database while fully leveraging relational data management features such as transaction atomicity, isolation, read consistency, temporality, and information lifecycle management. We present a preliminary performance evaluation of DBFS that demonstrates more than 10TB/hr throughput of filesystem read and write operations consistently over a period of 12 hours on an Oracle Exadata Database cluster of four server nodes. In terms of file storage, such extreme performance is equivalent to ingestion of more than 2500 million 100KB document files a single day. The set of initial results look very promising for DBFS towards becoming the universal storage solution for both relational and unstructured content.
Cited by 13
Sam R. Alapati, Charles C. Kim · Apress eBooks · 2007
To Jim Gray (Microsoft Technical Fellow), who is deeply missed by the database world, which remembers him with fondness and respect for both his professional brilliance and his warm personal qualities. Jim Gray is responsible for several fundamental database technologies, especially in online transaction processing. Jim Gray is still missing after embarking on a solo one-day boating trip from San Francisco on January 28, 2007, to immerse his mother's ashes at sea. In 1997 Jim Gray received the A.M. Turing Award (which is considered by some to be the Nobel Prize for computer science) for his "seminal contributions to database and transaction processing research and technical leadership in system implementation." Jim Gray is the author of Transaction Processing: Concepts and Techniques, which has been the classic reference in the field for the last several years. Much of what we do in online transaction processing today flows directly from Jim Gray's seminal contributions, and all of us who work with relational databases owe an immense debt to him. -Sam R. Alapati I dedicate the completed endeavor of this book to my parents, Wan Kyu and Chong Sik Kim, who made incredible sacrifices for my sisters and me. I thank you for my upbringing, education, work ethic
Cited by 17Open access
Deepak Vohra · Apress eBooks · 2015
Oracle Database is the most commonly used relational database. Relational databases are based on a fixed schema with the basic unit of storage being a table. Docker Hub has several Docker images for Oracle Database in the Public repository. In this chapter we shall use a Docker image for Oracle Database to install and use the database on Linux. This chapter has the following sections.
Cited by 1
Bob Bryla · CERN Document Server (European Organization for Nuclear Research) · 2012
Cited by 2
Siddhardha Narayanam, Shuai Wang · University of Bridgeport ScholarWorks (University of Bridgeport) · 2016
Data is stored and retrieved from Database in tabular format which is called Relational Database and familiar from 1960’s as SQL (Structured Query Language) Database. Today with the rapidly increasing collected information, data driven applications are rising in science and business territories. From 21st century the term NoSQL is being popular and it is also called ‘Non SQL’ or ‘Non-Relational’ or ‘Not only SQL’. For large scale applications on datacenters or cloud distributed NoSQL systems are well known for their ease of use. There are many NoSQL non-relational Databases are introduced depending on its type based on the CAP theorem. NoSQL database data models are classified into different categories like Key- Value system, Document based system, column based system and Graph based system mainly. In this paper we will be introducing Oracle NoSQL database which is horizontally scaled with high availability, key valued database for cloud and web services. It has load balancing which is transparent even after dynamically adding new capacity.
Cited by 1Open access
2010
Purpose of this Readme This Readme file is relevant only to the delivered Oracle Database 11g Release 1 (11.1) product and its integral parts, such as SQL, PL/SQL, the Oracle Call Interface (OCI), SQL*Loader, Import/Export utilities, and so on. This Readme documents differences between the server and its integral parts and its documented functionality, as well as known problems and workarounds. For additions and corrections to the server documentation set, refer to the Oracle Database Documentation Addendum, which is available on the product CD. A complete list of open known bugs is also available on the product CD. Operating system releases, such as UNIX and Windows, often provide readme documents specific to that operating system. Additional Readme files may also exist. This Readme file is provided in lieu of system bulletins or similar publications.
Cited by 0
Y V Ravikumar, K M Krishnakumar, Nassyam Basha · Apress eBooks · 2017
Migration is the process of moving data from one database to another with changes in hardware, software, storage types, and so on. It is kind of like introducing your data to a new system. In Chapter 2 we discussed database upgrades where you just upgrade your database to a higher version, with no changes in hardware or the underlying platform. But that is not always the situation; besides upgrading, you may need to move to a different environment. This migration could be because of business needs such as mergers or acquisitions, to improve performance, or to reduce the cost or requirements of the application. Fortunately, Oracle has provided a rich set of tools and utilities for moving data across systems. This chapter gives you an overview of the different migration options provided by Oracle.KeywordsTarget PlatformSource DatabaseTarget ServerTarget DatabaseOracle DatabaseThese keywords were added by machine and not by the authors. This process is experimental and the keywords may be updated as the learning algorithm improves.
Cited by 3
CERTIFICATION EXAM · Zenodo (CERN European Organization for Nuclear Research) · 2026
The document titled "Oracle Oracle Database 12c SQL PDF" serves as a comprehensive guide to SQL programming within the Oracle Database 12c environment. It covers fundamental concepts, advanced SQL queries, and practical applications of SQL syntax tailored for database management and data manipulation tasks. This PDF includes detailed explanations of essential SQL functions, optimization techniques, and best practices, making it a valuable resource for both novice and experienced database professionals. Educational users will find structured sections that facilitate learning, while practitioners can utilize it as a handy reference for everyday database operations. The user-friendly layout, combined with examples and exercise questions, enhances the overall learning experience, providing a solid foundation for mastering SQL with Oracle Database 12c. Original Page: https://www.certification-exam.com/en/pdf/oracle-pdf/1z0-071-pdf/
Cited by 0Open access
2013
Purpose of this Readme This Readme file is relevant only to the delivered Oracle Database 12c Release 1 (12.1) product and its integral parts, such as SQL, PL/SQL, the Oracle Call Interface (OCI), SQL*Loader, Import/Export utilities, and so on. This Readme documents differences between the server and its integral parts and its documented functionality, as well as known problems and workarounds. Each platform release, such as Linux and Windows, provides release notes specific to that platform. Additional product Readme files may also exist. This Readme file is provided instead of system bulletins or similar publications. For licensing information, refer to the Oracle Database Licensing Information. The major sections of this Readme file are:
Cited by 0
Ravindranath Chennoju, Dan Chiba, Mark Drake et al. · 2010
This manual describes Oracle XML DB. It includes guidelines and examples for storing, generating, accessing, searching, validating, transforming, evolving, and indexing XML data
Cited by 0
CERTIFICATION EXAM · Zenodo (CERN European Organization for Nuclear Research) · 2026
The document titled "Oracle Oracle Database Administration I PDF" serves as an essential guide for database administrators and IT professionals seeking to optimize their skills in managing Oracle databases. This comprehensive resource covers key concepts such as database architecture, installation procedures, configuration settings, and performance tuning techniques. It is designed to equip users with practical knowledge and hands-on strategies, ensuring the efficient operation and maintenance of Oracle databases in various environments. The PDF includes detailed explanations, illustrations, and best practices, making it a valuable tool for both beginners and experienced database administrators. Users will find this guide indispensable for achieving proficiency in Oracle Database Administration, ultimately enhancing their operational efficiency and effectiveness in database management tasks. Source: https://www.certification-exam.com/en/pdf/oracle-pdf/1z0-082-pdf/
Cited by 0Open access
CERTIFICATION EXAM · Zenodo (CERN European Organization for Nuclear Research) · 2026
The document titled "Oracle Oracle Database Administration I PDF" serves as an essential guide for database administrators and IT professionals seeking to optimize their skills in managing Oracle databases. This comprehensive resource covers key concepts such as database architecture, installation procedures, configuration settings, and performance tuning techniques. It is designed to equip users with practical knowledge and hands-on strategies, ensuring the efficient operation and maintenance of Oracle databases in various environments. The PDF includes detailed explanations, illustrations, and best practices, making it a valuable tool for both beginners and experienced database administrators. Users will find this guide indispensable for achieving proficiency in Oracle Database Administration, ultimately enhancing their operational efficiency and effectiveness in database management tasks. Source: https://www.certification-exam.com/en/pdf/oracle-pdf/1z0-082-pdf/
Cited by 0Open access
Cristina-Maria Titrade · Auerbach Publications eBooks · 1999
This paper presents some security issues, namely security database system level, data level security, user-level security, user management, resource management and password management. Security is a constant concern in the design and database development. Usually, there are no concerns about the existence of security, but rather how large it should be. A typically DBMS has several levels of security, in addition to those offered by the operating system or network. Typically, a DBMS has user accounts that require a login password to be authenticated to access the data.
Cited by 0Open access
Preston Zhang · 2019
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Zhao Chun-jian · 2008
As a supplied system,data may have been lost caused by disk breakdown,wrong operation or other reasons.ORACLE,a fairly safe data base system,can supply many backups and recovery ways so as to secure users' data safety in a comparative sense.This paper introduces different backups ways by using the example of billing system.
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Mary Ann Davidson · Best practices · 1999
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Bobby Curtis, Fuad Arshad, Erik Benner et al. · Apress eBooks · 2014
The Oracle Database Appliance (ODA) is a newer member of Oracle’s Engineered Systems family of products. It is meant as an entry-level appliance to provide a pain-free, Oracle Database implementation experience. An ODA implementation saves time and money by providing an easier path to deploying a highly available database solution using a combination of the Oracle Database Enterprise edition and Oracle Unbreakable Linux (OEL) clustered across two nodes.
Cited by 1