• Oracle 11g: New Features for Administrators培訓(xùn)
  Oracle 11g: New Features for Administrators培訓(xùn)
  培訓(xùn)大綱：
  1. Oracle Database 11g: Installation and Upgrade Enhancements
  Benefits of Oracle''s Infrastructure grid and self-tuning capabilities
  Changes to the Oracle database installation process and the steps for installing Oracle Database 11g
  Oracle Database 11g''s upgrade enhancements and the steps for performing an upgrade
  Running the Oracle Database Upgrade Assistant as part of an upgrade
  Common post-upgrade steps and adjustments to initialization parameters and the steps for creating a database
  Enabling Direct Network File System and installing a hot patch
  Best practices and recommendations for testing and analyzing an Oracle Database 11g installation
  Create a new Oracle Database 11g database
  2. Oracle Database 11g: Storage Enhancements
  Ways to enhance efficiency and performance of Oracle Database 11g by using Automatic Storage Management (ASM) Fast Mirror Resync and ASM Preferred Mirror Read
  Ways to use ASM to enhance scalability and performance and control disk group attributes and compatibility
  Adding an offlined disk without ASM and also with ASM, following a nondata issue
  Syntax for performing disk group checks, mounting disk groups for fast rebalance, and forcing a disk group drop
  Correct method for backing up ASM metadata using ASMCMD extensions
  Back up ASM metadata using ASMCMD extensions
  3. Oracle Database 11g: Change Management Overview and SQL Plan Management
  Steps for managing change when upgrading or reconfiguring Oracle Database, including setting up a snapshot standby database as a test environment
  General uses and benefits of SQL Performance Analyzer for ascertaining performance gains following a database change
  Steps for capturing the SQL workload using SQL tuning sets
  Tasks that can be performed when managing components using the SQL Performance Analyzer
  Ways in which the different phases of the SQL Performance Analyzer help to assess the SQL performance impact of change
  Elements of SQL plan management and the steps for seeding SQL plan baselines
  Ways to load and evolve SQL plan baselines, select SQL plans, and set up various SQL plan management scenarios
  Executing all phases of SQL plan management
  Seed SQL Plan Baselines for your most regressing statements
  4. Oracle Database 11g: Database Replay and Automatic SQL Tuning
  Benefits of using Database Replay and the concepts and reasons behind recreating a production database workload in a test environment.
  Identify the scope of Database Replay''s capabilities by recognizing the supported database changes and workloads, as well as some of the considerations and available options during capture, replay and replay analysis
  Running Database Replay using the Capture Wizard in Enterprise Manager
  Replaying workload using the Replay Workload Wizard and using PL/SQL to do the same, as well as calibrating replay clients
  Capturing the workload for a small application using Database Replay and replaying it to get the same results as during the original execution
  Run Database Replay in Enterprise Manager
  How SQL tuning can benefit developers in improving the performance of SQL statements and the methods and DBA controls that you can use in Oracle Database 11g to run the Automatic SQL Tuning feature
  General steps and concepts behind configuring Automatic SQL Tuning, reviewing results, and performing a fine tune using PL/SQL
  Executing Automatic SQL Tuning and viewing its results
  5. Oracle Database 11g: Intelligent Infrastructure Enhancements
  The scope of Oracle Database 11g''s AWR Baselines feature, which includes baseline template creation options and baseline views
  Creating an AWR Baseline and using it to define alert thresholds
  Benefits of the Automatic Maintenance Tasks feature for statistics collection, segment advisor, and Automatic SQL Tuning, and how to control such tasks
  Calibrating I/O resources in Oracle Database 11g
  How to manage resources and streamline schedules using the Resource Manager and lightweight jobs
  Creating and running lightweight scheduler jobs
  Calibrate I/O Resources in Oracle Database 11g
  6. Oracle Database 11g: Performance Enhancements
  Different ways to use Automatic Database Diagnostic Monitor to analyze Oracle Real Application Clusters (RACs) and report on issues affecting the entire database as well as individual instances
  Benefits of Oracle Database 11g''s Automatic Memory Management system
  Concepts and methods employed in Oracle database 11g for gathering and publishing various kinds of statistics
  Observing memory distribution patterns using Automatic Memory Management and also for testing various statistic gatherings on a particular table
  Use Automatic Memory Management to observe memory distribution patterns
  7. Oracle Database 11g: Partitioning and Storage-Related Enhancements
  Employing Oracle Database''s new partitioning scheme to perform interval partitioning
  Performing system and virtual column-based partitioning and using Oracle Database 11g''s new partitioning scheme
  Performing reference partitioning using Oracle Database 11g''s new partitioning scheme
  Performing extended composite partitioning using Oracle Database 11g''s new partitioning scheme and compressing tables
  Using SQL Access Advisor to help you to decide which partitions, indexes, materialized views, and materialized view logs you need to optimize your database''s workload\
  Use the SQL Access Advisor to get partitioning recommendations
  8. Oracle Database 11g: Using RMAN Enhancements, Flashback and LogMiner
  Ways in which enhancements to RMAN in Oracle Database 11g can help you perform faster and optimized backups
  Duplicating an active Oracle Database 11g database
  Creating and managing archival backups and RMAN catalogs in Oracle Database 11g
  Duplicate an active Oracle Database 11g database
  Benefits of Flashback Data Archives in Oracle Database 11g for retaining historical data
  Using Flashback Data Archives
  Using the Flashback Transaction Backout and LogMiner features to locate and roll back transactions and user errors in Oracle Database 11g
  9. Oracle Database 11g: Diagnostic Enhancements and Using the Data Recovery Advisor
  Scope and capabilities of the Automatic Diagnostic Repository (ADR) feature in Oracle Database 11g
  Tasks that can be performed, using the Support Workbench wizard, to handle critical errors in Oracle Database 11g
  Configuring incident packages and creating, manipulating, and modifying custom packages
  Dealing with critical errors in Oracle Database 11g using the Health Monitor and SQL Repair Advisor tools
  Options for assessing data failures in Oracle Database 11g using the Data Recovery Advisor
  Getting advice on repairing data failures, executing these repairs using RMAN data repair commands, and setting parameters to detect further corruption
  Repair a down database via Enterprise Manager
  10. Oracle Database 11g: New Security Features
  Ways to configure a password file to use case-sensitive passwords and how to configure security settings in Oracle Database 11g
  Different types of encryption in Oracle Database 11g and the steps for managing fine-grained access to external network services
  Ways for setting up administrator authentication and managing transparent data encryption and other security settings
  Increasing the security of passwords and implementing tablespace encryption in Oracle Database 11g
  Best way to encrypt a tablespace in Oracle Database 11g
  11. Oracle Database 11g: SecureFiles and Miscellaneous New Features
  Ways in which SecureFiles enhance the performance of large object (LOB) data types
  Migrating to SecureFiles and for creating, altering, accessing, and monitoring them
  Using SecureFiles for compression, data encryption, and performance
  Benefits of SQL Query Result Cache and PL/SQL Function Cache as well as using other Oracle Database 11g enhancements to online redefinition, locking mechanisms, and invisible indexes
  Benefits of PL/SQL native compilation enhancements, Adaptive Cursor sharing, and temporary tablespace shrink
  Using the SQL Query Result Cache in Oracle Database 11g
  Ways of employing the SQL Query Result Cache in a given scenario
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