The Experts below are selected from a list of 11283 Experts worldwide ranked by ideXlab platform

Yury Velikanov - One of the best experts on this subject based on the ideXlab platform.

  • Oracle Database Appliance
    Practical Oracle Database Appliance, 2014
    Co-Authors: Bobby Curtis, Fuad Arshad, Erik Benner, Maris Elsins, Matt Gallagher, Pete Sharman, Yury Velikanov
    Abstract:

    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.

  • Monitoring the Oracle Database Appliance
    Practical Oracle Database Appliance, 2014
    Co-Authors: Bobby Curtis, Fuad Arshad, Erik Benner, Maris Elsins, Matt Gallagher, Pete Sharman, Yury Velikanov
    Abstract:

    The Oracle Database Appliance can be viewed as a single box or as two separate boxes, depending on how you want to monitor it. In reality, the Oracle Database Appliance is a machine that solves problems for businesses by shrinking the physical hardware footprint, yet increases overall usability. The Oracle Database Appliance can be used to help organizations be scalable with their architecture. When scaling out architectures with new hardware, especially with an engineered system like the Oracle Database Appliance, monitoring becomes a concern. How does one monitor the Oracle Database Appliance?

  • Patching the Oracle Database Appliance
    Practical Oracle Database Appliance, 2014
    Co-Authors: Bobby Curtis, Fuad Arshad, Erik Benner, Maris Elsins, Matt Gallagher, Pete Sharman, Yury Velikanov
    Abstract:

    Patching is one of the biggest challenges a modern IT organization faces today. Patching is a regular task that most probably involves most of the support team’s efforts after supporting functional and business requests. It involves a lot of effort to plan, verify, test, and execute patching activities. Patching is an ongoing activity that addresses existing problems and reduces risk of facing potential problems discovered by other product users. Patching also simplifies work, with Oracle Support in troubleshooting issues your team has faced or will possibly face in the near future. The good news is that the Oracle Database Appliance significantly reduces the amount of effort necessary to keep a Database system on the current level. This chapter explains how the Oracle Database Appliance addresses the never-ending patching challenge and makes it significantly less resource consuming.

Bobby Curtis - One of the best experts on this subject based on the ideXlab platform.

  • Oracle Database Appliance
    Practical Oracle Database Appliance, 2014
    Co-Authors: Bobby Curtis, Fuad Arshad, Erik Benner, Maris Elsins, Matt Gallagher, Pete Sharman, Yury Velikanov
    Abstract:

    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.

  • Monitoring the Oracle Database Appliance
    Practical Oracle Database Appliance, 2014
    Co-Authors: Bobby Curtis, Fuad Arshad, Erik Benner, Maris Elsins, Matt Gallagher, Pete Sharman, Yury Velikanov
    Abstract:

    The Oracle Database Appliance can be viewed as a single box or as two separate boxes, depending on how you want to monitor it. In reality, the Oracle Database Appliance is a machine that solves problems for businesses by shrinking the physical hardware footprint, yet increases overall usability. The Oracle Database Appliance can be used to help organizations be scalable with their architecture. When scaling out architectures with new hardware, especially with an engineered system like the Oracle Database Appliance, monitoring becomes a concern. How does one monitor the Oracle Database Appliance?

  • Patching the Oracle Database Appliance
    Practical Oracle Database Appliance, 2014
    Co-Authors: Bobby Curtis, Fuad Arshad, Erik Benner, Maris Elsins, Matt Gallagher, Pete Sharman, Yury Velikanov
    Abstract:

    Patching is one of the biggest challenges a modern IT organization faces today. Patching is a regular task that most probably involves most of the support team’s efforts after supporting functional and business requests. It involves a lot of effort to plan, verify, test, and execute patching activities. Patching is an ongoing activity that addresses existing problems and reduces risk of facing potential problems discovered by other product users. Patching also simplifies work, with Oracle Support in troubleshooting issues your team has faced or will possibly face in the near future. The good news is that the Oracle Database Appliance significantly reduces the amount of effort necessary to keep a Database system on the current level. This chapter explains how the Oracle Database Appliance addresses the never-ending patching challenge and makes it significantly less resource consuming.

Deepak Vohra - One of the best experts on this subject based on the ideXlab platform.

  • Using Oracle Database
    2016
    Co-Authors: Deepak Vohra
    Abstract:

    Installing and configuring Oracle Database would usually involve downloading the software, setting the kernel parameters, installing and configuring the software, all of which is quite involved. Using Docker containers coordinated with Kubernetes makes the task of installing, configuring, and orchestrating a Oracle Database cluster much easier. Oracle Database cluster consisting of multiple instances could benefit from the scheduling, scalability, distributedness, and failover features of the Kubernetes container cluster manager. In this chapter we shall install Oracle Database using a Docker image for the Database. We shall create multiple replicas of the Database Pod using a replication controller and expose the Database as a service. This chapter has the following sections.

  • Integrating MongoDB with Oracle Database in Oracle Data Integrator
    Pro MongoDB™ Development, 2015
    Co-Authors: Deepak Vohra
    Abstract:

    MongoDB is a BSON (binary JSON) format NoSQL Database and the leading NoSQL Database. Oracle Database is the leading relational Database. The use case could be to load MongoDB data into Oracle Database. Oracle Loader for Hadoop does not support the MongoDB BSON format directly. Oracle Loader for Hadoop supports loading from Hive. A Hive external table may be defined on a MongoDB datastore using the Hive Storage Handler for MongoDB. Oracle Data Integrator automates the use of Oracle Loader for Hadoop with the IKM File-Hive to Oracle knowledge module. In this chapter we shall load MongoDB data into Oracle Database in Oracle Data Integrator. This chapter is a continuation of Chapter 11. This chapter covers the following topics:

  • Migrating Oracle Database
    Pro MongoDB™ Development, 2015
    Co-Authors: Deepak Vohra
    Abstract:

    MongoDB is the leading NoSQL Database. MongoDB stores documents using the BSON (binary JSON) data format, which is the most flexible of data models with provisions to create hierarchies of data structures. Oracle Database stores data in a fixed schema table format. The Database models of the two Databases are vastly different: MongoDB being based on Document store while Oracle Database is based on the fixed table format with two-dimensional matrices made of columns and rows. In this chapter we shall migrate an Oracle Database table to MongoDB Server. While a direct migration tool is not available for migrating from Oracle to MongoDB, the latter provides an import tool called the mongoimport tool for importing data from a CSV, TSV, or JSON file into a MongoDB Database. We shall first export Oracle Database table to a CSV file. Subsequently we shall import the CSV file data into MongoDB Server using the mongoimport tool. This chapter covers the following topics.

Kevin Loney - One of the best experts on this subject based on the ideXlab platform.

  • Oracle Database 12c The Complete Reference
    2013
    Co-Authors: Bob Bryla, Kevin Loney
    Abstract:

    Master the Cutting-Edge Features of Oracle Database 12c Maintain a scalable, highly available enterprise platform and reduce complexity by leveraging the powerful new tools and cloud enhancements of Oracle Database 12c. This authoritative Oracle Press guide offers complete coverage of installation, configuration, tuning, and administration. Find out how to build and populate Oracle Databases, perform effective queries, design applications, and secure your enterprise data. Oracle Database 12c: The Complete Reference also contains a comprehensive appendix covering commands, keywords, features, and functions. Set up Oracle Database 12c or upgrade from an earlier version Design Oracle Databases and plan for application implementation Construct SQL and SQL*Plus statements and execute powerful queries Secure data with roles, privileges, virtualization, and encryption Move data with SQL*Loader and Oracle Data Pump Restore Databases using flashback and the Oracle Database Automatic Undo Management feature Build and deploy PL/SQL triggers, procedures, and packages Work with Oracle pluggable and container Databases Develop Database applications using Java, JDBC, and XML Optimize performance with Oracle Real Application Clusters

  • Oracle Database 11g dba handbook
    2007
    Co-Authors: Bob Bryla, Kevin Loney
    Abstract:

    The Essential Resource for Oracle DBAs--Fully Updated and Expanded Manage a flexible, highly available Oracle Database with help from the expert information contained in this exclusive Oracle Press guide. Fully revised to cover every new feature and utility, Oracle Database 11g DBA Handbook shows how to perform a new installation, upgrade from previous versions, configure hardware and software for maximum efficiency, and employ bulletproof security. You will learn to automate the backup and recovery process, provide transparent failover capability, audit and tune performance, and distribute your enterprise Databases with Oracle Net. Plan and deploy permanent, temporary, and bigfile tablespaces Optimize disk allocation, CPU usage, I/O throughput, and SQL queries Develop powerful Database management applications Guard against human errors using Oracle Flashback and Oracle Automatic Undo Management Diagnose and tune system performance using Oracle Automatic Workload Repository and SQL Tuning Sets Implement robust security using authentication, authorization, fine-grained auditing, and fine-grained access control Maintain high availability using Oracle Real Application Clusters and Oracle Active Data Guard Respond more efficiently to failure scenarios by leveraging the Oracle Automatic Diagnostic Repository and the Oracle Repair Advisor Back up and restore tables, tablespaces, and Databases with Oracle Recovery Manager and Oracle Data Pump Export and Import Work with networked Databases, data warehouses, and VLDBs Put the latest Oracle Database 11g tools to work--Oracle Total Recall, Oracle Flashback Data Archive, and more   Table of contents Part I: Database Architecture Chapter 1. Getting Started with the Oracle Architecture Chapter 2. Upgrading to Oracle Database 11g Chapter 3. Planning and Managing Tablespaces Chapter 4. Physical Database Layouts and Storage Management Part II: Database Management Chapter 5. Developing and Implementing Applications Chapter 6. Monitoring Space Usage Chapter 7. Managing Transactions with Undo Tablespaces Chapter 8. Database Tuning Chapter 9. Database Security and Auditing Part III: High Availability Chapter 10. Real Application Clusters Chapter 11. Backup and Recovery Options Chapter 12. Using Recovery Manager (RMAN) Chapter 13. Oracle Data Guard Chapter 14. Miscellaneous High Availability Features Part IV: Networked Oracle Chapter 15. Oracle Net Chapter 16. Managing Large Databases Chapter 17. Managing Distributed Databases Appendix: Installation and Configuration Index

  • Oracle Database 10g dba handbook
    2005
    Co-Authors: Kevin Loney, Bob Bryla
    Abstract:

    Everything a DBA needs to know in one volume--this is the must-have reference for anyone working with the Oracle Database, and it’s been fully revised and updated for Oracle Database 10g. Co-author Kevin Loney is the all-time, best-selling Oracle Press author. Table of contents PART I Database Architecture 1 Getting Started with the Oracle Architecture2 Upgrading to 10g 3 Planning and Managing Tablespaces4 Physical Database Layouts PART II Database Management 5 Real Application Clusters6 Managing the Development Process7 Monitoring Space Usage8 Managing Transactions9 Database Tuning10 Using STATSPACK11 Database Security and Auditing12 Backup and Recovery Options13 Using Recovery Manager (RMAN)14 High Availability PART III Networked Oracle 5 Oracle Net16 Managing Large Databases17 Managing Distributed Databases

Pete Sharman - One of the best experts on this subject based on the ideXlab platform.

  • Oracle Database Appliance
    Practical Oracle Database Appliance, 2014
    Co-Authors: Bobby Curtis, Fuad Arshad, Erik Benner, Maris Elsins, Matt Gallagher, Pete Sharman, Yury Velikanov
    Abstract:

    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.

  • Monitoring the Oracle Database Appliance
    Practical Oracle Database Appliance, 2014
    Co-Authors: Bobby Curtis, Fuad Arshad, Erik Benner, Maris Elsins, Matt Gallagher, Pete Sharman, Yury Velikanov
    Abstract:

    The Oracle Database Appliance can be viewed as a single box or as two separate boxes, depending on how you want to monitor it. In reality, the Oracle Database Appliance is a machine that solves problems for businesses by shrinking the physical hardware footprint, yet increases overall usability. The Oracle Database Appliance can be used to help organizations be scalable with their architecture. When scaling out architectures with new hardware, especially with an engineered system like the Oracle Database Appliance, monitoring becomes a concern. How does one monitor the Oracle Database Appliance?

  • Patching the Oracle Database Appliance
    Practical Oracle Database Appliance, 2014
    Co-Authors: Bobby Curtis, Fuad Arshad, Erik Benner, Maris Elsins, Matt Gallagher, Pete Sharman, Yury Velikanov
    Abstract:

    Patching is one of the biggest challenges a modern IT organization faces today. Patching is a regular task that most probably involves most of the support team’s efforts after supporting functional and business requests. It involves a lot of effort to plan, verify, test, and execute patching activities. Patching is an ongoing activity that addresses existing problems and reduces risk of facing potential problems discovered by other product users. Patching also simplifies work, with Oracle Support in troubleshooting issues your team has faced or will possibly face in the near future. The good news is that the Oracle Database Appliance significantly reduces the amount of effort necessary to keep a Database system on the current level. This chapter explains how the Oracle Database Appliance addresses the never-ending patching challenge and makes it significantly less resource consuming.