MARC Record from marc_nuls

LEADER: 10152cam 22003018a 4500
001 9922656920001661
005 20150423144731.0
008 030121s2003 inub a 001 0 eng
015 $aGBA3-Y6518
020 $a076451685X
029 0 $aUKM$bbA3Y6518
035 $a(CSdNU)u163177-01national_inst
035 $a(Sirsi) i9780764516856
035 $a(Sirsi) i076451685X
040 $aUKM$cUKM$dABC$dIXA$dOrPss
049 $aCNUM
082 04 $a004.5$221
090 $aTK5105.86$b.S556 2003
100 1 $aSimitci, Huseyin.
245 10 $aStorage network performance analysis /$cHuseyin Simitci.
260 $aIndianapolis, IN :$bWiley,$c2003.
300 $axxi, 410 p. :$bill. ; 23 cm.
504 $aIncludes bibliographical references and index.
505 0 $aPerformance Analysis Techniques -- Introduction to Storage Networking Performance -- Storage Networking -- Defining the Storage Networking Model -- Exploring Storage Networking Model Examples -- Storage Networking Performance -- Storage Performance Metrics -- Evaluating Storage Performance Requirements -- Conducting a Systematic Performance Evaluation -- Storage Networking -- Storage Networking Performance -- Data Analysis Review -- Summarizing Data -- Measures of Central Tendency -- Measures of Data Spread -- Variance and Standard Deviation -- Standard Error of the Mean -- Confidence Interval and Confidence Level -- Random Numbers and Probability Distributions -- Normal Distribution -- Exponential Distribution -- Poisson Distribution -- Uniform Distribution -- Statistical Games -- Summarizing Data -- Measures of Central Tendency -- Measures of Data Spread -- Random Numbers and Probability Distributions -- Statistical Games -- Analytic Modeling -- Introduction to Analytic Modeling -- Fundamental Performance Laws -- Defining a Queuing Center -- Little's Law -- Utilization Law -- Forced Flow Law -- Service Demand Law -- Introduction to Queuing Networks -- Symbols and Terminology -- Single Queue Calculations -- Open Queuing Networks -- Closed Queuing Networks -- Bottleneck Analysis and Performance Bounds -- Lower Bound for Throughput -- Upper Bound for Throughput -- Introduction to Analytic Modeling -- Fundamental Performance Laws -- Introduction to Queuing Networks -- Bottleneck Analysis and Performance Bounds -- Simulation Modeling -- Model Correctness -- When to Simulate? -- Advantages of Simulation -- Disadvantages of Simulation -- Sensitivity Analysis and Model Outputs -- Simulation Software Tools -- Guidelines for Simulation Projects -- Model Correctness -- When to Simulate? -- Sensitivity Analysis and Model Outputs -- Simulation Software Tools -- Guidelines for Simulation Projects -- Experimental Analysis -- Design of Experiments -- Full Factorial Designs -- Fractional Factorial Designs -- Regression Analysis -- Design of Experiments -- Regression Analysis -- Performance Analysis and Modeling of Storage System Components -- Modeling Storage Devices -- Random Access Memory -- Hard-Disk Drives -- Disk Drive Mechanics and Operations -- Modeling Disk Drives -- Disk Arrays -- Disk Array Architectures -- Modeling Disk Arrays -- Magnetic Tapes -- Optical Disks -- Data Storage Devices -- Random Access Memory -- Hard-Disk Drives -- Disk Arrays -- Magnetic Tapes -- Optical Disks -- Modeling Storage Interconnects -- IO Interconnects -- Modeling Interconnects -- Host Connections -- PCI -- PCI-Express -- InfiniBand -- Storage Device Connections -- ATA -- Serial ATA -- SCSI Architecture -- Parallel SCSI -- Serial-Attached SCSI -- Fibre Channel -- IO Interconnects -- Modeling Interconnects -- Host Connections -- Storage Device Connections -- Modeling Storage Networks -- Storage Networks -- Fibre Channel Storage Networks -- Fibre Channel Flow Control -- Classes of Service in Fibre Channel -- IP Storage Networks -- iSCSI -- iFCP and FCIP -- Gigabit Ethernet -- Other Storage Networks -- Modeling Storage Networks -- Modeling Switches and Routers -- Modeling Arbitrated Loops -- A Simulation Model for Fibre Channel Storage Networks -- An Analytic Model for Fibre Channel Storage Networks -- Storage Networks -- Fibre Channel Storage Networks -- IP Storage Networks -- Modeling Storage Networks -- Modeling Storage Workloads -- The Importance of a Workload Definition -- Types of Workloads -- Describing Workloads -- Open and Closed Workloads -- Throughput versus Response Time Workloads -- Stochastic versus Trace-Based Workloads -- Self-Similar and Heavy-Tailed Workloads -- Parameterizing Storage Workloads -- Workload Type and the Number of Streams -- IO Type -- Request Size -- Queue Depth -- Reference Address -- Locality -- Arrival Time and Rate -- Common Storage Workloads -- Web Server Workload -- File Server Workload -- Video Server Workload -- Write Streaming Workload -- The Importance of a Workload Definition -- Types of Workloads -- Describing Workloads -- Parameterizing Storage Workloads -- Common Storage Workloads -- Storage Performance Engineering -- Storage Quality of Service -- Defining Quality and Service -- Storage QoS -- IP Network QoS -- Differentiated Services -- Multiprotocol Label Switching -- Performance Management for Storage QoS -- Service Level Agreements -- QoS by Overengineering -- Managing QoS -- Defining Quality and Service -- Storage QoS -- Network QoS -- Performance Management for Storage QoS -- Storage Capacity Planning -- Capacity Planning Concepts -- System Level Performance Analysis -- Cost/Performance Analysis -- Capacity Analysis with Queuing Network Models -- Queuing Network Capacity Analysis -- System Throughput Limits -- Capacity Planning Tools -- System-Level Performance Analysis -- Cost/Performance Analysis -- Capacity Analysis with Queuing Network Models -- Capacity Planning Tools -- Storage Performance Tools -- Storage Benchmarks -- Block I/O Benchmarks -- IOmeter -- Storage Performance Council Benchmarks -- File System Benchmarks -- File System Benchmarking Considerations -- Bonnie -- IOzone -- NetBench -- PostMark -- SPEC SFS -- Application-Level Benchmarks -- TPC Benchmarks -- SPEC Web -- Real Applications as Benchmarks -- Block I/O Benchmarks -- File System Benchmarks -- Application-Level Benchmarks -- Real Applications as Benchmarks -- Performance Management and Monitoring Tools -- Introduction to Performance Management -- Enterprise Management -- Enterprise Management Protocols -- Enterprise Management Tools -- Bluefin, Standards-Based Storage Management -- Storage Management Tools -- Performance Monitoring Tools -- Windows System Monitor -- Network Monitoring Tools -- Storage Network Monitoring Tools -- Introduction to Performance Management -- Enterprise Management -- Bluefin, Standards-Based Storage Management -- Storage Management Tools -- Performance Monitoring Tools -- Storage Performance Tuning -- Host System Tuning -- Host System Architecture -- Processor Tuning -- File System Optimizations -- Windows Volume Shadow Copy Service -- Windows Virtual Disk Service -- Direct Access File System Protocol -- Network Interface Optimizations -- TCP/IP Network Protocol Optimizations -- Protocol Offload Hardware -- Zero-Copy Network Stack -- Host System Architecture -- Processor Tuning -- File System Optimizations -- Network Interface Optimizations -- Application Tuning -- Optimizing Applications for Storage -- Optimizing Database Systems -- Designing for Backups -- Problems with Conventional Network Backup -- LAN-Free Network Backup -- Server-Free Network Backup -- Network Data Management Protocol -- Accelerating Backups Using Point-in-Time Copy -- File-Level Backup versus Image Backup -- Modeling Network Backups -- Optimizing Applications for Storage -- Optimizing Database Systems -- Designing for Backups -- Modeling Network Backups -- Storage Subsystem Tuning -- Storage Subsystem Architectures -- Data Layout Optimizations -- Choosing a RAID Level -- Automatic RAID Level Tuning -- Stripe Unit Size Tuning -- RAID Controller Implementation -- Speeding-Up Parity Calculations -- Intelligent Storage Devices -- Storage Subsystem Architectures -- Data Layout Optimizations -- Speeding-Up Parity Calculations -- Intelligent Storage Devices -- Storage Network Tuning -- Storage Network Topologies -- Mesh Networks -- Core-Edge Designs -- Performance Requirements -- Improving the Network with Faster Links -- Partitioning the Network with Zoning -- Design of Back-End Storage Networks -- Storage Network Topologies -- Improving the Network with Faster Links -- Partitioning the Network with Zoning -- Design of Back-End Storage Networks -- Simulating Network Attached Storage Performance -- Network Attached Storage IO Path -- Modeling Network Attached Storage -- Simulation Modules -- Modeling the NAS Server -- Modeling Client Workloads -- Performance Analysis Using the Model -- Effects of Cache Hit Rates -- Server and Network Speed -- Server NVRAM Size -- Network Attached Storage IO Path -- Modeling Network Attached Storage -- Performance Analysis Using the Model -- Modeling Remote Storage Replication Performance -- Remote Storage Replication -- An Analytic Model for Remote Data Access -- Closed Queuing Network Model -- Computing Bounds on System Throughput -- Experimental Verification of the Model -- Experimental Laboratory Setup -- Experimental Results with the WAN Simulator -- Experiments Across Geographically Distant Sites -- System Analysis for Remote Access -- Link Speed Variations -- Queue Depth and Buffer Size Variations -- Protocol Variations -- Modeling Variations -- Remote Storage Replication -- An Analytic Model for Remote Data Access -- Experimental Verification of the Model -- System Analysis for Remote Access -- Web and E-Commerce Data Center Performance Analysis -- Data Center Architecture -- Operational Analysis -- A Systems Performance Analysis Example -- Where Is the Bottleneck? -- Removing the Performance Bottleneck -- Data Center Architecture -- Operational Analysis.
650 0 $aComputer storage devices.
949 $i31786101534599
994 $a92$bCNU
999 $aTK 5105.86 .S556 2003$wLC$c1$i31786101534599$d9/20/2006$e8/13/2006 $f4/15/2004$g1$lCIRCSTACKS$mNULS$n3$rY$sY$tBOOK$u7/9/2003