FlexWaves Project

This folder contains a repository of waveforms currently available for public download and use with ALOE.

The license of this folder may change from one object to another, even from one file to another thus, we encourage the reader to read in each source file the specific license before using and distributing it.

Some of the waveforms and/or objects under this folder have been developed by graduate and under-graduate students. This means that the level of optimization and compliance with the standards is not guaranteed. However, they may be useful for testing purposes or evaluating the performance of the algorithms under different situations or platforms.

Test

This waveform is a dummy example for testing purposes. It consist on a single executable that can be instantiated as two different functionalities: read and write. The final function depends on the interfaces modes (input/output) we have configured it for in the Application's Definition File.

You can download the waveform executable from our svn repository:

svn co http://flexnets.upc.edu/svn/phal-apps/trunk/test

And the Application's Definition File from:

svn co http://flexnets.upc.edu/svn/phal-apps/trunk/phal-repositories/test.app

To compile and use it follow the instructions under WaveformDeveloperGuide and AloeUserGuide?

UTRAN

This waveform partially implements the bit-level processing of a UTRAN transceiver.

You can download the waveform executable from our svn repository:

svn co http://flexnets.upc.edu/svn/phal-apps/trunk/utran

And the Application's Definition File from:

svn co http://flexnets.upc.edu/svn/phal-apps/trunk/phal-repositories/utran.app

To compile and use it follow the instructions under WaveformDeveloperGuide and AloeUserGuide?

WiMAX

Under work

We apologise for the inconvenience, come back soon please.

Generating Modules from Matlab(c)'s Simulink(c)

Under work

We apologise for the inconvenience, come back soon please.