Intel Signal Processing Library Features and Benefits

The Intel Signal Processing Library V3.0 provides a set of generic functions (nearly 200) in standard DLLs and static libraries form. They are optimized for various Intel Architecture processors (the Intel486^™ processor, the Pentium^® processor, the Pentium Pro processor, and the Pentium processor with MMX^™ Technology). The computing power of the Pentium processor enables many signal processing functions which were done previously by add-in DSPs to be done natively on a host Intel Architecture processor. The library includes functions for FIR and IIR filters, fast Fourier transforms, tone generation, and many vector operations. The functions process 16-bit integer data, single- and double-precision, floating-point data, as well as their complex variations. Because MMX technology accelerates primarily integer arithmetic, the floating-point functions do not use MMX technology.

Here's a summary of the library's major features and benefits:

Feature	Benefit
Provides highly optimized processor-specific DLLs and static libraries.	Ensures optimal product performance and reduced time to market.
Provides C-Callable functions.	Allows you to use high-level language programming interface.
Provides custom DLL builder utility.	Ensures minimum memory footprint of DLL.
Provides both integer and floating point functions.	Supports a wide range of needs.
Detects a specific processor and loads a processor-specific DLL.	Allows you to use a single scalable executable file.

Content

Vector Operations	Initialization, Arithmetic, Logical, Threshold, Square Root, Standard Deviation, Exponential
Windowing	Bartlett, Blackman, Hamming, Hann, Kaiser
Transforms	DFT, FFT
Filters	FIR, IIR, LMS
Sample Generation	Pseudo Random, Uniform, Gaussian
Correlation	Autocorrelation Biased, Cross Correlation