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Signal Digital Processing System-Level Design Using LabVIEW
CHAPTER
13
13. LabVIEW DSP Module
The LabVIEW DSP Module is a newly released tool by NI which allows one to run graphical codes on a number of DSP target platforms without resorting to text-based programming. The modularity and reusability features of this tool facilitate modifications or extensions of DSP graphical codes. As a result, the process of prototyping DSP systems becomes more time efficient when using this tool. The LabVIEW DSP Module provides an interactive GUI for designing and debugging a real-time embedded DSP application. For example, while an object code is running on the DSP processor, one can change its input via a front panel, update front panel controls/indicators, and monitor the resulting output from the DSP on a host PC. This module also permits easy interfacing with the i/o peripherals on the DSP target boards including audio codecs, dip switches, and LEDs. In other words, it bypasses the need for bit-level configuration of registers. Furthermore, the process of setting up the configuration of the linker command file for memory configuration and the interrupt service routine for data i/o is eased by simply locating the supplied functions as part of this module. Currently, the LabVIEW DSP Module supports the following DSP target boards: Spectrum Digital C6711 DSK, C6713 DSK, and National Instrument SPEEDY-33. The code on a specific platform can be switched to another platform with ease as the peripherals get automatically replaced.
1
Digital Signal Processing System-Level Design Using LabVIEW Chapter 13 13.1 Installation of LabVIEW DSP Module To install the LabVIEW DSP Module, one can choose Install the LabVIEW DSP Module for NISPEEDY and TI DSKs from the autorun dialog or run setup.exe file as part of this module
CD. The software to be installed include the following items; LabVIEW DSP Module, LabVIEW 7.1 Embedded Edition, DSP support files and drivers. These items get installed into the folder C:\Program
Files\National Instruments\LabVIEW 7.1
Embedded, which is different than the original LabVIEW folder, i.e. C:\Program Files\National Instruments\LabVIEW 7.1.
For additional details on the
installation, refer to [1]. 13.2 Functions & VIs The VIs included in the LabVIEW DSP Module fall into the following categories: Elemental I/O Nodes, Filter VIs, Transform VIs, Window VIs, Time Domain VIs, Embedded Signal Generation VIs, and Frequency VIs. These VIs are widely used various in DSP applications such as communication, modulation and demodulation, FIR/IIR filtering, LMS (least-mean-square) filtering, speech processing/analysis, noise analysis, and cross correlation [2]. Each function or subVI of the LabVIEW DSP Module corresponds to the precompiled object file of a hand-optimized code, thus providing a maximum throughput. The data types allowed are integer, floating point, Boolean, and array. The dynamic data type is not supported by this module. 13.3 LabVIEW DSP Module Example: Heterodyne.vi In this section, a simple example is presented to show the basic steps one needs to take when using the LabVIEW DSP Module. From the main dialog of the LabVIEW Embedded Edition, an execution target should be chosen, for example DSK6713 as shown in Figure 13-1. The NI Example Finder, illustrated in Figure 13-2, can be opened by choosing Help Find Examples. Let us consider the example Heterodyne VI. This VI can be opened by clicking on Directory Structure from the category Browse according to of the
Browse tab, and then by choosing EmbeddedDSP Heterodyne.vi.
2
LabVIEW DSP Module
Figure 13-1: LabVIEW Embedded Edition.
Figure 13-2: NI Example Finder - Heterodyne example.
3
Digital Signal Processing System-Level Design Using LabVIEW Chapter 13 In this example, a baseband signal is modulated by a carrier signal and sent to the audio codec of a DSP target board. The spectral analysis of the modulated signal is also carried out on the DSP and the spectr...

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