Application of CUDA in DSP: Implementation of FIR filter and Cross Ambiguity Function

Description

This software package contains source code and documentation of DSP applications implemented on NVidia CUDA hardware computing platform. The first DSP application , we implemented on CUDA, was digital filter with finite impulse response (FIR). The goal of implementation of such a basic DSP task was to evaluate computational performance of CUDA platform in single-precision number representation. In summary, the FIR filter implementation enumerates output signal of the filter defined by its impulse response for a given input signal. Other DSP application implemented on CUDA was the Cross Ambiguity Function (CAF) which is base task for Passive Coherent Locator systems. The goal of the CAF implementation was to develop hardware accelerator with higher performance than other CAF accelerators we implemented in the past. The accelerator computes Cross Ambiguity Function between direct signal and signal reflected from a moving target. The accelerator is based on the NVidia CUDA platform and it is supplemented with an appropriate communication function in Matlab.

Package Summary

Title Application of CUDA in DSP
Filename cudadsp.zip
License Freeware
(See the 'license.txt' file in the package.)
Package content ZIP archive containing implementation source codes, supplementary Matlab scripts, testing data-files and documentation
Size 6 858 526 Bytes
MD5 checksum edf0f70871a858eed5f9fca8e22bf320
Required tools
& platform
Matlab 2008b, Signal Processing Toolbox, NVidia CUDA SDK v2.2, NVidia CUDA toolkit v2.2 and Graphics card NVidia GeForce GTX260
Installation notes See the Appendix B of 'cudadsp.pdf' file, contained in the package.

Result Category

Project number Contract section Year RIV category Comment
7H09005 VS1 1 S Functional sample

Download Instructions and Link

Thank you for your interest in the demo application. Download instructions will be sent to you.

The information you provide here will be kept private and will not be shared, sold, or rented to anyone.

Register to receive download link
Name:
E-mail:
 Download information will be sent to this email address. Please make sure it is accurate.

Contact Person

Please, don't hesitate to contact Zdenek Pohl to obtain more information.