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Intel(R) Integrated Performance Primitives User's Guide
Legal Information
What's New
Getting Help and Support
Introducing the Intel(R) Integrated Performance Primitives
Notational Conventions
Intel(R) IPP Basics
Cross-Architecture Alignment
Types of Input Data
Domains
Function Naming
Getting Started with Intel(R) IPP
Checking Your Installation
Obtaining Version Information
Building Your Application
Setting Environment Variables
Including Header Files
Calling Intel IPP Functions
Before You Begin Using Intel IPP
Intel(R) IPP Structure
Supplied Libraries
Using Intel IPP Shared Object (SO) Libraries
Using Intel(R) IPP Static Libraries
Contents of the Documentation Directory
Configuring Your Development Environment
Configuring Eclipse CDT to Link with Intel IPP
Configuring Eclipse CDT 4.0
Configuring Eclipse CDT 3.x
Linking Your Application with Intel(R) IPP
Dispatching
Detecting Processor Features and Type
Selecting Between Linking Methods
Dynamic Linking
Static Linking with Dispatching
Static Linking without Dispatching
Building Custom DLL
Comparison of Intel IPP Linking Methods
Selecting the Intel(R) IPP Libraries Needed by Your Application
Libraries for Dynamic Linking
Libraries for Static Linking
Library Dependencies by Domain
Linking Examples
Supporting Multithreaded Applications
Intel IPP Threading and OpenMP* Support
Settting Number of Threads
Using Shared L2 Cache
Avoiding Nested Parallelization
Managing Performance and Memory
Memory Alignment
Thresholding Data
Reusing Buffers
Using FFT
Using the Intel IPP Performance Test Tool
Examples of Performance Test Tool Command Lines
Appendix A. Performance Test Tool Command-Line Options
Appendix B. Intel(R) IPP Samples
Types of Intel IPP Sample Code
Source Code Samples
Using Intel IPP Samples
System Requirements
Building Source Code
Running the Software
Known Limitations
Appendix C. Using Intel(R) IPP with Programming Languages
Using Intel IPP in Java* Applications