-ax compiler option
-ipo compiler option
-opt-report compiler option
-pragma-optimization-level compiler option
    optimization_level
-prof-gen-sampling compiler option
    using with profrun
    using with SSP
-prof-gen compiler option
    using with SSP
-prof-genx compiler option
    code-coverage tool
    test-priorization tool
-prof-use compiler option
    code-coverage tool
    profmerge utility
    using with profrun
    using with SSP
-ssp compiler option
    using with SSP
-x compiler option
.dpi file
   Code-coverage Tool
   Profmerge and Proforder Utilities
   Test-prioritization Tool
.dyn file
   Code-coverage Tool
   Profmerge and Proforder Utilities
   Test-prioritization Tool
.dyn files
   Profile an Application
   Profile-guided Optimization (PGO) Quick Reference
.hpi file
.spi file
   Code-coverage Tool
   Generating Function Order Lists
   Test-prioritization Tool
.tb5 file
/Qax compiler option
/Qipo compiler option
/Qopt-report compiler option
/Qprof-gen-sampling compiler option
    using with profrun
    using with SSP
/Qprof-gen compiler option
    using with SSP
/Qprof-genx compiler option
    code-coverage tool
    test-priorization tool
/Qprof-use compiler option
    code-coverage tool
    profmerge utility
    using with profrun
    using with SSP
/Qssp compiler option
    using with SSP
/Qx compiler option
__assume_aligned
__declspec

advanced PGO options
aliases
aligning data
alignment
   Understanding Data Alignment
   Vectorization Examples
    example
    strategy
analyzing
    data flow
analyzing applications
   Performance Enhancement Strategies
   Using a Performance Methodology
   Using Intel Performance Analysis Tools
    Intel(R) Debugger
    Intel(R) Threading Tools
    VTune™ Performance Analyzer
application
    basic block
    code coverage
    OpenMP*
    pipelining
    visual presentation
application characteristics
application performance
application tests
argument aliasing
arrays
    alignment in vectorization
auto-parallelization
   Auto-parallelization Overview
   Parallelism Overview
    diagnostic
    enabling
    environment variables
    guidelines
    overview
    programming with
    threshold
auto-parallelized loops
auto-parallelizer
   Auto-parallelization Overview
   Parallelism: an Overview
    controls
       Auto-parallelization Threshold Control and Diagnostics
       Parallelism Overview
    enabling
auto-vectorization
auto-vectorizer
automatic
    optimization for systems based on IA-32 architecture
automatic optimizations
   Automatic Optimizations Overview
   Enabling Automatic Optimizations

capturing IPO output
clauses
    summary table of
Cluster OpenMP*
code-coverage tool
    color scheme
    dynamic counters in
    exporting data
    syntax of
code generation
    workqueuing
code layout
compilation units
compiler optimization
compiler optimizations
compiler reports
    High-Level Optimization (HLO)
    Interprocedural Optimizations (IPO)
    report generation
    software pipelining
    vectorization
compiler reports quick reference
compiling large programs
compiling samples
compiling with IPO
constructs
    combined
    for
    parallel
    section
    single
    task
    taskq
controlling
    auto-parallelizer diagnostics
       Auto-parallelization Threshold Control and Diagnostics
       Parallelism Overview
    inline expansion
correct usage of countable loop
countable loop
    correct usage of
counters for dynamic profile
CPU dispatch
    automatic
    manual
CPU time
cpuid
cpuid-list
CPUID values
create libraries using IPO
creating
    DPI lists
criteria
    for inline function expansion

data alignment
data format
    alignment
    dependence
       Auto-parallelization: Threshold Control and Diagnostics
       Pipelining for IA-64 Architecture
    partitioning
    prefetching
       HLO Overview
       Loop Count and Loop Distribution
    sharing
    structure
    type
       Parallelism Overview
       Vectorization Overview
data prefetches
dataflow analysis
   Auto-parallelization Overview
   Parallelism Overview
determining parallelization
diagnostic reports
diagnostics
   Parallelism: an Overview
   Vectorization Key Programming Guidelines
    auto-parallelizer
       Auto-parallelization Threshold Control and Diagnostics
       Parallelism Overview
difference operators
differential coverage
directives for language support
disabling
    function splitting
    inlining
    optimizations with pragmas
disabling optimization
DISTRIBUTE POINT
    using
DO constructs
double-precision
    numbers
dual-core
Dual-Core Intel(R) Xeon(R) processors
Dual-Core Itanium(R) 2 Processor 9000
dual core thread affinity
dumping profile information
   Dumping Profile Information
   Interval Profile Dumping
dyn files
   Basic PGO Options
   Dumping and Resetting Profile Information
   Dumping Profile Information
   Example of Profile-Guided Optimization
   PGO Environment Variables
dynamic-information files
dynamic information
   PGO Environment Variables
   Profile-guided Optimizations Overview
    dumping profile information
    files
    resetting profile counters
    threads

enabling
    auto-parallelizer
    inlining
    parallelizer
    PGO options
enhancing optimization
enhancing performance
environment variables
    and OpenMP* extension routines
    for auto-parallelization
    OpenMP*
    PROF_DUMP_INTERVAL
    routines overriding
example of
    auto-parallelization
    dumping profile information
    loop constructs
    parallel program development
    using OpenMP*
    using profile-guided optimization
    vectorization
exclude code
    code-coverage tool
execution environment routines
execution flow
execution mode

>>