Changes between Version 41 and Version 42 of WARPLab6


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Timestamp:
Sep 3, 2012, 9:52:08 AM (12 years ago)
Author:
chunter
Comment:

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  • WARPLab6

    v41 v42  
    2424[[Image(warplab_setup.png)]]
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    26 == Resources ==
     26== Downloads ==
    2727
    28 In order to allow rapid prototyping, the WARPLab framework provides the following.
    29  * [wiki:WARPLab/RefDesign WARPLab XPS Reference Design]: The bitstream ('.bit' file) to program the WARP nodes and the WARPLab Embedded Development Kit (EDK) Reference Design to generate this bitstream are provided.
    30  * [wiki:WARPLab/Releases WARPLab Reference M-Code]: M-Code functions that facilitate interaction with WARP nodes directly from MATLAB workspace are provided.
    31  * [wiki:WARPLab/Releases WARPLab Examples]: M-Code examples that show how to use the WARPLab Reference M-Code are provided.
     28WARPLab downloads and release notes are available [wiki:WARPLab/Changelog here].
    3229
    3330The WARPLab framework facilitates experimental evaluation of PHY layer algorithms. However, some novel algorithms may require features not provided in the WARPLab framework. Users are encouraged to modify/extend the WARPLab EDK Reference Design and WARPLab Reference M-Code if this is required in order to meet experiment requirements. For example, if part of the signal processing cannot be done offline in MATLAB but must be done in real-time, then this signal processing can be implemented in FPGA logic by modifying the WARPLab XPS Reference Design. Depending on the experiment, the users may also have to modify the WARPLab Reference M-Code. The vanilla architecture is described [wiki:WARPLab/Architecture here] and [wiki:WARPLab/ExtendingWARPLab extending WARPLab] explains some of the steps needed to modify the system. Specifications of the radio parameters controllable from M-code are listed [wiki:WARPLab/Specifications here].
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