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Information storage and management : storing, managing, and protecting digital information in classic, virtualized, and cloud environments.
The new edition of a bestseller, now revised and update throughout!This new edition of the unparalleled bestseller serves as a full training course all in one and as the world's largest data storage company, EMC is the ideal author for such a critical resource. They cover the components of a st...
| Clasificación: | Libro Electrónico |
|---|---|
| Autor Corporativo: | |
| Formato: | Electrónico eBook |
| Idioma: | Inglés |
| Publicado: |
Hoboken :
John Wiley & Sons,
2012.
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| Temas: | |
| Acceso en línea: | Texto completo |
Tabla de Contenidos:
- Information Storage and Management; Contents; Section I Storage System; Chapter 1 Introduction to Information Storage; 1.1 Information Storage; 1.1.1 Data; 1.1.2 Types of Data; 1.1.3 Big Data; 1.1.4 Information; 1.1.5 Storage; 1.2 Evolution of Storage Architecture; 1.3 Data Center Infrastructure; 1.3.1 Core Elements of a Data Center; 1.3.2 Key Characteristics of a Data Center; 1.3.3 Managing a Data Center; 1.4 Virtualization and Cloud Computing; Summary; Chapter 2 Data Center Environment; 2.1 Application; 2.2 Database Management System (DBMS); 2.3 Host (Compute); 2.3.1 Operating System.
- Memory Virtualization2.3.2 Device Driver; 2.3.3 Volume Manager; 2.3.4 File System; 2.3.5 Compute Virtualization; 2.4 Connectivity; 2.4.1 Physical Components of Connectivity; 2.4.2 Interface Protocols; IDE/ATA and Serial ATA; SCSI and Serial SCSI; Fibre Channel; Internet Protocol (IP); 2.5 Storage; 2.6 Disk Drive Components; 2.6.1 Platter; 2.6.2 Spindle; 2.6.3 Read/Write Head; 2.6.4 Actuator Arm Assembly; 2.6.5 Drive Controller Board; 2.6.6 Physical Disk Structure; 2.6.7 Zoned Bit Recording; 2.6.8 Logical Block Addressing; 2.7 Disk Drive Performance; 2.7.1 Disk Service Time; Seek Time.
- Rotational LatencyData Transfer Rate; 2.7.2 Disk I/O Controller Utilization; 2.8 Host Access to Data; 2.9 Direct-Attached Storage; 2.9.1 DAS Benefits and Limitations; 2.10 Storage Design Based on Application Requirements and Disk Performance; 2.11 Disk Native Command Queuing; 2.12 Introduction to Flash Drives; 2.12.1 Components and Architecture of Flash Drives; 2.12.2 Features of Enterprise Flash Drives; 2.13 Concept in Practice: VMware ESXi; Summary; Chapter 3 Data Protection: RAID; 3.1 RAID Implementation Methods; 3.1.1 Software RAID; 3.1.2 Hardware RAID; 3.2 RAID Array Components.
- 3.3 RAID Techniques3.3.1 Striping; 3.3.2 Mirroring; 3.3.3 Parity; 3.4 RAID Levels; 3.4.1 RAID 0; 3.4.2 RAID 1; 3.4.3 Nested RAID; 3.4.4 RAID 3; 3.4.5 RAID 4; 3.4.6 RAID 5; 3.4.7 RAID 6; 3.5 RAID Impact on Disk Performance; 3.5.1 Application IOPS and RAID Configurations; 3.6 RAID Comparison; 3.7 Hot Spares; Summary; Chapter 4 Intelligent Storage Systems; 4.1 Components of an Intelligent Storage System; 4.1.1 Front End; 4.1.2 Cache; Structure of Cache; Read Operation with Cache; Write Operation with Cache; Cache Implementation; Cache Management; Cache Data Protection; 4.1.3 Back End.
- 4.1.4 Physical Disk4.2 Storage Provisioning; 4.2.1 Traditional Storage Provisioning; LUN Expansion: MetaLUN; 4.2.2 Virtual Storage Provisioning; Comparison between Virtual and Traditional Storage Provisioning; Use Cases for Thin and Traditional LUNs; 4.2.3 LUN Masking; 4.3 Types of Intelligent Storage Systems; 4.3.1 High-End Storage Systems; 4.3.2 Midrange Storage Systems; 4.4 Concepts in Practice: EMC Symmetrix and VNX; 4.4.1 EMC Symmetrix Storage Array; 4.4.2 EMC Symmetrix VMAX Component; 4.4.3 Symmetrix VMAX Architecture; Summary; Section II Storage Networking Technologies.