Pro Oracle database 11g RAC on Linux /
Pro Oracle Database 11g RAC on Linux provides full-life-cycle guidance on implementing Oracle Real Application Clusters in a Linux environment. Real Application Clusters, commonly abbreviated as RAC, is Oracle's industry-leading architecture for scalable and fault-tolerant databases. RAC allows...
Clasificación: | Libro Electrónico |
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Autor principal: | |
Otros Autores: | |
Formato: | Electrónico eBook |
Idioma: | Inglés |
Publicado: |
[Berkeley, Calif.] : New York :
Apress ; Distributed to the Book trade worldwide by Springer Science+Business Media,
©2010.
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Colección: | Expert's voice in Oracle.
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Temas: | |
Acceso en línea: | Texto completo (Requiere registro previo con correo institucional) |
Tabla de Contenidos:
- Cover
- Table of Contents
- About the Author
- About the Technical Reviewer
- Acknowledgments
- Chapter 1 Introduction
- Introducing Oracle Real Application Clusters
- Examining the Rac Architecture
- Deploying Rac
- Maintaining High Availability
- Defining Scalability
- Scaling Vertically Vs. Horizontally
- Increasing Manageability
- Assessing the Cost of Ownership
- Clustering With Oracle on Linux
- Running Linux on Oracle
- Understanding the Role of Unix
- Liberating Software
- Developing Linux
- Expanding the Concept of Free With Open Source
- Combining Oracle, Open Source, and Linux
- Drilling Down on Unbreakable Linux
- Creating and Growing Red Hat Enterprise Linux
- Extending Red Hat With Oracle Enterprise Linux
- Drilling Down on Suse Linux Enterprise Server
- Taking Linux to Asia
- Summary
- Chapter 2 Rac Concepts
- Clustering Concepts
- Configuring Active/Active Clusters
- Implementing Active/Passive Clusters
- Configuring a Shared-All Architecture
- Configuring a Shared-Nothing Architecture
- Exploring the Main Rac Concepts
- Working With Cluster Nodes
- Leveraging the Interconnect
- Clusterware/Grid Infrastructure
- Leveraging Automatic Storage Management
- Installing Real Application Clusters
- Using the Global Resource Directory (Grd)
- Transferring Data Between Instances With Cache Fusion
- Achieving Read Consistency
- Synchronizing System Change Numbers
- Exploring the New Features of 11G Release 2
- Leveraging Grid Plug and Play
- Modeling Resources With Server Pools
- Ensuring Posix Compliance With Acfs
- Using Oracle Restart Instead of Rac
- Simplifying Clusterd Database Access With Scan Listener
- Summary
- Chapter 3 Rac Architecture
- Availability Considerations
- Deciding the Number of Nodes
- Online Maintenance and Patching
- Instance Recovery in Rac
- Failover Considerations
- Transparent Application Failover
- Fast Connection Failover and Fast Application Notification
- Scalability Considerations
- Scalability Enhancers
- Scalability Inhibitors
- Standby Databases
- Introduction to Oracle Standby Databases
- Types of Standby Database
- Active Data Guard
- Extended Distance Clusters
- Oracle Streams
- Streams Processing
- Oracle Streams Prerequisites
- Cluster Topologies
- Summary
- Chapter 4 Hardware
- Oracle Availability
- Server Processor Architecture
- X86 Processor Fundamentals
- Multicore Processors and Hyper-Threading
- Cpu Cache
- Cpu Power Management
- Virtualization
- Memory
- Virtual Memory
- Physical Memory
- Numa
- Memory Reliability
- Additional Platform Features
- Onboard Raid Storage
- Machine Check Architectures
- Remote Server Management and Ipmi
- Network Interconnect Technologies
- Server I/O
- Private Interconnect
- Storage Technologies
- Rac I/O Characteristics
- Hard Disk and Solid S.