National Instruments 320571-01 - Manual

National Instruments 320571-01

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Table of Contents:

  • Page 5 – Contents; About This Manual
  • Page 8 – Glossary
  • Page 9 – Figures
  • Page 10 – Tables; Appendix A
  • Page 11 – Assumption of Previous Knowledge
  • Page 12 – Conventions Used in This Manual
  • Page 15 – Developer Toolkit; Compatible Hardware
  • Page 16 – Product Overview
  • Page 17 – What Your Distribution Diskettes Should Contain; Installing NI-DSP for LabVIEW for Windows
  • Page 18 – Board Configuration; Installation on an ISA (or AT) Bus Computer
  • Page 19 – Using the NI-DSP VIs in LabVIEW
  • Page 20 – Memory Management and Data Transfer
  • Page 23 – Special Features of the NI-DSP Analysis VIs
  • Page 25 – Hints for Improving the Execution Speed on the DSP Board
  • Page 26 – An Example of Using NI-DSP Analysis VIs
  • Page 28 – The NI-DSP Analysis VI Overview
  • Page 30 – Analysis VI Organization; Accessing the NI-DSP Analysis VIs
  • Page 32 – About Filtering
  • Page 33 – About Windowing
  • Page 39 – DSP Absolute
  • Page 40 – DSP Add
  • Page 42 – DSP Blackman Window
  • Page 43 – DSP Blackman Harris Window
  • Page 44 – DSP Butterworth Coefficients
  • Page 45 – DSP Chebyshev Coefficients
  • Page 46 – DSP Clip
  • Page 47 – DSP Complex FFT
  • Page 48 – DSP Convolution
  • Page 49 – DSP Correlation
  • Page 50 – DSP Cross Power
  • Page 51 – DSP Custom
  • Page 52 – DSP Decimate
  • Page 53 – DSP Deconvolution
  • Page 54 – DSP Derivative
  • Page 55 – DSP Divide
  • Page 56 – DSP Elliptic Coefficients
  • Page 58 – DSP Equi-Ripple BandPass
  • Page 60 – DSP Equi-Ripple BandStop
  • Page 62 – DSP Equi-Ripple HighPass
  • Page 64 – DSP Equi-Ripple LowPass
  • Page 65 – DSP Exact Blackman Window
  • Page 66 – DSP Exponential Window
  • Page 67 – DSP FHT
  • Page 68 – DSP Flat Top Window
  • Page 69 – DSP Force Window; DSP Free Memory
  • Page 70 – DSP Gaussian White Noise
  • Page 71 – DSP General Cosine Window
  • Page 72 – DSP Hamming Window
  • Page 73 – DSP Handle To Address
  • Page 74 – DSP Hanning Window
  • Page 75 – DSP IIR Filter
  • Page 77 – DSP Impulse Pattern
  • Page 78 – DSP Impulse Train Pattern
  • Page 79 – DSP Index Memory
  • Page 80 – DSP Init Memory
  • Page 81 – DSP Integral
  • Page 82 – DSP Inv Chebyshev Coeff
  • Page 83 – DSP Inverse FFT
  • Page 84 – DSP Inverse FHT
  • Page 85 – DSP Kaiser-Bessel Window
  • Page 86 – DSP Linear Evaluation; DSP Load
  • Page 87 – DSP Log
  • Page 89 – DSP Median Filter
  • Page 90 – DSP Multiply
  • Page 95 – DSP Polar to Rectangular
  • Page 96 – DSP Polynomial Evaluation
  • Page 97 – DSP Power Spectrum; DSP Product
  • Page 98 – DSP Pulse Pattern
  • Page 99 – DSP Ramp Pattern
  • Page 100 – DSP Random Pattern
  • Page 101 – DSP Rectangular To Polar
  • Page 102 – DSP ReFFT; DSP Reset
  • Page 103 – DSP Reverse
  • Page 104 – DSP Sawtooth Pattern
  • Page 105 – DSP Set; DSP Shift
  • Page 106 – DSP Sinc Pattern
  • Page 107 – DSP Sine Pattern
  • Page 108 – DSP Square Pattern
  • Page 109 – DSP Square Root
  • Page 110 – DSP Sort
  • Page 111 – DSP Start; DSP Subset
  • Page 112 – DSP Subtract; DSP Sum
  • Page 113 – DSP TimeOut
  • Page 114 – DSP Triangle Pattern
  • Page 116 – DSP Triangular Train
  • Page 117 – DSP Triangular Window
  • Page 118 – DSP Uniform White Noise
  • Page 119 – DSP Unwrap Phase
  • Page 120 – DSP Zero Padder
  • Page 121 – Overview of the NI-DSP Interface Utilities
  • Page 122 – Installing the NI-DSP Interface Utilities
  • Page 123 – Creating Your Custom NI-DSP Library; Create Your Source Code of C Functions
  • Page 124 – Guidelines for the Custom Functions
  • Page 126 – DSP Board Memory Management
  • Page 127 – Add Your New Function Names to a Library Function List File
  • Page 128 – Customizing the DSP Library by Deleting Functions
  • Page 131 – Creating Your LabVIEW Interface; Bundle All of the Input Parameters to Arrays
  • Page 133 – Call the Custom VI; Index the Output Arrays to Obtain the Results
  • Page 135 – Executing the Custom Function from LabVIEW
  • Page 138 – Data Acquisition Functions
  • Page 143 – Error Conditions
  • Page 148 – Technical Support Form
  • Page 150 – Documentation Comment Form
  • Page 152 – Index
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© Copyright 1993 National Instruments Corporation.

All Rights Reserved.

NI-DSP

™

Software Reference Manual

for LabVIEW

®

for Windows

Digital Signal Processing Software for the PC

December 1993 Edition

Part Number 320571-01

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Summary

Page 5 - Contents; About This Manual

© National Instruments Corporation v NI-DSP SRM for LabVIEW for Windows Contents About This Manual .................................................................................................................... xi Assumption of Previous Knowledge ...................................................

Page 8 - Glossary

Contents NI-DSP SRM for LabVIEW for Windows viii © National Instruments Corporation Chapter 4Using the DMA VIs .................................................................................................................................. 4-1 DSP DMA Copy(DSP to LV) .................................

Page 9 - Figures

Contents © National Instruments Corporation ix NI-DSP SRM for LabVIEW for Windows Figures Part 1 Figure 1-1. Development Paths with the NI-DSP Software ............................................................................. 1-1 Part 2 Figure 1-1. Communication between the PC and the DSP Board ...

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