automatically getting performance benefits with TL
avoiding nested parallelization
building a custom DLL with custom library tool
building code examples
building first application
building ipp examples
building TL libraries from source code
cache optimizations
channel and planar image layouts
command line options
compiler integration
configuring visual studio to link with Intel IPP
core and support functions
data types
data-domain
descriptor
directory structure
dispatching
domains
dynamic linking
Enter index keyword
environment variables
examples build system
examples directory structure
finding ipp on your system
function name
function names
function naming conventions
GetSize, Init, operation pattern
image data layouts
integration wrappers
IPP documentation
IPP theory of operation
library dependencies by domain
linking
Linking Your Application with Intel® Integrated Performance Primitives
static
Library Dependencies by Domain
dependencies
linking options
linking visual studio project with Intel IPP
memory allocation
multithreading
Appendix B: Intel® IPP Threading and OpenMP* Support
support
nested parallelization, avoiding
notational conventions
number of threads
Setting Number of Threads
getting
setting
OpenMP support
operation modes of custom library tool
parameters
performance test tool
Appendix A: Performance Test Tool (perfsys) Command Line Options
command line options
perfsys options
platform-aware functions
primitive vs. variant name
processor-specific codes
programming with intel ipp in visual studio
regions of interest
shared L2 cache, using
static linking
system requirements for custom library tool
technical support
threading
threading layer functions
threading layer source code
using console version of custom library tool
using custom library tool
using integration wrappers
using shared L2 cache
what's new