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Server architectures [electronic resource]

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The goal of this book is to present and compare various options one for systems architecture from two separate points of view. One, that of the information technology decision-maker who must choose a solution matching company business requirements, and secondly that of the systems architect who finds himself between the rock of changes in hardware and software technologies and the hard place of changing business needs.Different aspects of server architecture are presented, from databases designed for parallel architectures to high-availability systems, and touching en route on often- negl

כותר Server architectures [electronic resource] : multiprocessors, clusters, parallel systems, Web servers, and storage solutions / René J. Chevance.
מהדורה 1st edition.
מוציא לאור Amsterdam
Boston : Elsevier/Digital Press
שנה c2005
הערות Description based upon print version of record.
Includes bibliographical references and index.
English
הערת תוכן ותקציר Front Cover
Server Architectures Multiprocessors, Clusters, Parallel Systems, Web Servers, and Storage Solutions
Copyright Page
Contents
Preface
Objective of the Book
A Changing Industry Based on Changing Technology
Structure of the book
Origin of the Book
Server FAQs
Introduction
Transaction Processing and Decision Support
Web Servers
Selection Criteria
Endnotes
Part 1: Architectural Options and Technology Evolution
P.1 Systems Architecture Basics
P.2 Historical Notes about System Architecture
P.3 Endnotes
Chapter 1. Processors and Memory
1.1 Semiconductors and Microprocessors1.2 Semiconductor Technology Projections
1.3 Economic Aspects of Microprocessors
1.4 Embedded Systems
1.5 Memory Hierarchy
1.6 The Problem of Memory Throughput
1.7 Processor-Memory-I/O Interconnect
1.8 Parallelism
1.9 Binary Compatibility Constraints-Java and Architecture Retargeting
1.10 Compilation and Interpretation
1.11 Java
1.12 Architecture Retargeting
1.13 Microprocessor Evolution
1.14 Economic Factors
1.15 Formal Verification
1.16 Memory
1.17 Endnotes
Chapter 2. I/O
2.1 PCI, SCSI, and Fibre Channel
2.2 SCSI and Fibre Channel
2.3 ATA2.4 A New I/O Architecture: InfiniBand
2.5 Virtual Interface Architecture
2.6 Data Storage
2.7 Networks and Communications Subsystems
2.8 Input Output Evolution
2.9 Endnotes
Chapter 3. Evolution of Software Technology
3.1 Virtual Memory and 64-Bit Architecture
3.2 Operating Systems
3.3 Client/Server Applications and Middleware
3.4 Security
3.5 Systems Administration
3.6 Software Evolution
3.7 Endnotes
Part 2: System Architecture Options
Chapter 4. Symmetrical (Tightly-Coupled) Multiprocessors
4.1 SMPs: Hardware Limitations
4.2 Adapting Software to an SMP
4.3 SMP Architectures with a Moderate Number of Processors (<= 8)4.4 Multiprocessors with Many Processors (More than 16)
4.5 SMP, CC-NUMA, COMA: a Summary
4.6 Performance Improvement Provided by SMP
4.7 Advantages and Disadvantages of SMP Architecture
4.8 Endnotes
Chapter 5. Clusters and Massively Parallel Machines
5.1 Clusters
5.2 Advantages and Disadvantages of Cluster Architecture
5.3 Massively Parallel Machines (MPP)
5.4 Advantages and Disadvantages of MPP Architecture
5.5 Networks Used to Build Supercomputers
5.6 SMPs, Clusters, and MPPs-a Summary
5.7 Flexible SMP-Cluster Architecture5.8 Endnotes
Chapter 6. Data Storage
6.1 Data Storage
6.2 Storage Issues
6.3 Functional Levels: File Systems
6.4 Optimized File Systems: Log Structured File System
6.5 Parallel File Systems
6.6 Remote File Access: NFS, CIFS and DAFS
6.7 JBOD, SBOD, and RAID Disk Organization
6.8 Storage Virtualization
6.9 Scatter Reads and Gather Writes
6.10 Comparing the Various RAID Levels
6.11 Performance
6.12 MAID
6.13 Architectural Options for RAID Implementations
6.14 Architectural Options for Storage Virtualization
6.15 Storage Architectures
6.16 The Integration of Fibre Channel and the Internet
היקף החומר 1 online resource (783 p.)
שפה אנגלית
מספר מערכת 997010709728405171
תצוגת MARC

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