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        <author>niorg</author>
        <title type="text">National Instruments</title>
        <name>National Instruments</name>
        <subtitle type="text/html">National Instruments is committed to enhancing engineering and science education worldwide by providing educators and students with powerful graphical system design software and modular hardware to connect the curriculum with the real world.&lt;br /&gt;&lt;br /&gt;

This lens provides students and educators easy access to quality instructional material using NI products such as LabVIEW and Multisim. For additional resources, please visit
&lt;a href="http://ni.com/academic"&gt;ni.com/academic&lt;/a&gt;.</subtitle>
        <id>affiliation</id>
        <category term="Affiliation"/>
        <rights>http://creativecommons.org/licenses/by/2.0/</rights>
        <logo>http://cnx.org/lenses/niorg/affiliation/logo</logo>
        <rhaptos:ownerUrl>http://www.ni.com/academic</rhaptos:ownerUrl>
        <rhaptos:ownerUrlText>Learn more about National Instruments' software and hardware for teaching and research.</rhaptos:ownerUrlText>
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            <entry>
                <author>Robert Kubichek</author>
                <title type="text">Exploring QAM using LabView Simulation</title>
                <content type="application/xhtml+xml" xml:lang="en">
                  <div xmlns="http://www.w3.org/1999/xhtml" class="comment">
                  <span>
                      <strong>Comment:</strong>
                        <p>Uses LabVIEW and the LabVIEW Modulation toolkit to explore concepts related to QAM modulation techniques.</p>
                    </span>
                    <span>
                      <strong>Tags:</strong>
                      <ul class="tags">
                          
                              <li>LabVIEW</li>
                          
                          
                              <li>Communications</li>
                          
                      </ul>
                    </span>
                  </div>
                </content>
                <id>m14499</id>
                <link href="/content/m14499/latest/"
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                <rhaptos:inclusive>False</rhaptos:inclusive>
                <rhaptos:versionStart>1.1</rhaptos:versionStart>
                <rhaptos:versionStop></rhaptos:versionStop>
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            <entry>
                <author>Erik Luther</author>
                <title type="text">Interactive Signal Processing Laboratory Simulations</title>
                <content type="application/xhtml+xml" xml:lang="en">
                  <div xmlns="http://www.w3.org/1999/xhtml" class="comment">
                  <span>
                      <strong>Comment:</strong>
                        <p>This module contains 55 online signal processing simulations created in LabVIEW that cover topics such as convolution, windowing, filtering and more.</p>
                    </span>
                    <span>
                      <strong>Tags:</strong>
                      <ul class="tags">
                          
                              <li>LabVIEW</li>
                          
                          
                              <li>LV_Player</li>
                          
                          
                              <li>DSP</li>
                          
                      </ul>
                    </span>
                  </div>
                </content>
                <id>m13243</id>
                <link href="/content/m13243/latest/"
                      rel="alternate"/>
                <rhaptos:inclusive>False</rhaptos:inclusive>
                <rhaptos:versionStart>1.1</rhaptos:versionStart>
                <rhaptos:versionStop></rhaptos:versionStop>
            </entry>
        
        
            <entry>
                <author>Erik Luther</author>
                <title type="text">Interactive Ball and Beam Experiment</title>
                <content type="application/xhtml+xml" xml:lang="en">
                  <div xmlns="http://www.w3.org/1999/xhtml" class="comment">
                  <span>
                      <strong>Comment:</strong>
                        <p>This module shows an example second order system where the plant model and the controller of the system are simulated in using the LabVIEW Simulation Module. LabVIEW's 3D Picture Control is used to animate the simulation.</p>
                    </span>
                    <span>
                      <strong>Tags:</strong>
                      <ul class="tags">
                          
                              <li>LabVIEW</li>
                          
                          
                              <li>Simulation</li>
                          
                          
                              <li>Control</li>
                          
                      </ul>
                    </span>
                  </div>
                </content>
                <id>m14028</id>
                <link href="/content/m14028/latest/"
                      rel="alternate"/>
                <rhaptos:inclusive>False</rhaptos:inclusive>
                <rhaptos:versionStart>1.1</rhaptos:versionStart>
                <rhaptos:versionStop></rhaptos:versionStop>
            </entry>
        
        
            <entry>
                <author>Erik Luther</author>
                <title type="text">Introduction to Control Design and Simulation using LabVIEW </title>
                <content type="application/xhtml+xml" xml:lang="en">
                  <div xmlns="http://www.w3.org/1999/xhtml" class="comment">
                  <span>
                      <strong>Comment:</strong>
                        <p>This course provides a brief introduction to the Control Design Toolkit and Simulation Module within LabVIEW. It introduces basic usage and configuration of the tools.</p>
                    </span>
                    <span>
                      <strong>Tags:</strong>
                      <ul class="tags">
                          
                              <li>LabVIEW</li>
                          
                          
                              <li>Control</li>
                          
                      </ul>
                    </span>
                  </div>
                </content>
                <id>col10401</id>
                <link href="/content/col10401/latest/"
                      rel="alternate"/>
                <rhaptos:inclusive>True</rhaptos:inclusive>
                <rhaptos:versionStart>1.1</rhaptos:versionStart>
                <rhaptos:versionStop></rhaptos:versionStop>
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            <entry>
                <author>Erik Luther</author>
                <title type="text">Electronics Experiments Using USB Data Acquisition</title>
                <content type="application/xhtml+xml" xml:lang="en">
                  <div xmlns="http://www.w3.org/1999/xhtml" class="comment">
                  <span>
                      <strong>Comment:</strong>
                        <p>This set of six student labs are designed to allow anyone to recreate simple experiments at home to explore electronics and electrical engineering concepts. The software and hardware utilized is LabVIEW and NI Low Cost USB data acquisition devices.</p>
                    </span>
                    <span>
                      <strong>Tags:</strong>
                      <ul class="tags">
                          
                              <li>LabVIEW</li>
                          
                          
                              <li>Measurements</li>
                          
                          
                              <li>DAQ</li>
                          
                      </ul>
                    </span>
                  </div>
                </content>
                <id>col10393</id>
                <link href="/content/col10393/latest/"
                      rel="alternate"/>
                <rhaptos:inclusive>True</rhaptos:inclusive>
                <rhaptos:versionStart>1.1</rhaptos:versionStart>
                <rhaptos:versionStop></rhaptos:versionStop>
            </entry>
        
        
            <entry>
                <author>Luke Graham</author>
                <title type="text">Introduction to Mechanical Measurements</title>
                <content type="application/xhtml+xml" xml:lang="en">
                  <div xmlns="http://www.w3.org/1999/xhtml" class="comment">
                  <span>
                      <strong>Comment:</strong>
                        <p>This course is the lab portion of ME 363, an instrumentation class in the Mechanical Engineering Department at Brigham Young University. This course covers the use of oscilloscopes, function generators, and data acquisition hardware and software.</p>
                    </span>
                    <span>
                      <strong>Tags:</strong>
                      <ul class="tags">
                          
                              <li>LabVIEW</li>
                          
                          
                              <li>DAQ</li>
                          
                          
                              <li>Measurements</li>
                          
                      </ul>
                    </span>
                  </div>
                </content>
                <id>col10385</id>
                <link href="/content/col10385/latest/"
                      rel="alternate"/>
                <rhaptos:inclusive>True</rhaptos:inclusive>
                <rhaptos:versionStart>1.1</rhaptos:versionStart>
                <rhaptos:versionStop></rhaptos:versionStop>
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            <entry>
                <author>Nick Lin, Eduardo Gildin, Robert Bishop</author>
                <title type="text">Control Systems Laboratory</title>
                <content type="application/xhtml+xml" xml:lang="en">
                  <div xmlns="http://www.w3.org/1999/xhtml" class="comment">
                  <span>
                      <strong>Comment:</strong>
                        <p>This course, ASE 170P at the Univ. of Texas at Austin, introduces students to fundamental control systems theory with emphasis on design and implementation. These labs focus on technical implementation issues of classical control theory in the frequency d</p>
                    </span>
                    <span>
                      <strong>Tags:</strong>
                      <ul class="tags">
                          
                              <li>LabVIEW</li>
                          
                          
                              <li>Control</li>
                          
                          
                              <li>Real-time</li>
                          
                          
                              <li>Simulation</li>
                          
                      </ul>
                    </span>
                  </div>
                </content>
                <id>col10302</id>
                <link href="/content/col10302/latest/"
                      rel="alternate"/>
                <rhaptos:inclusive>True</rhaptos:inclusive>
                <rhaptos:versionStart>1.1</rhaptos:versionStart>
                <rhaptos:versionStop></rhaptos:versionStop>
            </entry>
        
        
            <entry>
                <author>Erik Luther</author>
                <title type="text">Fundamentals of Digital Signal Processing Lab</title>
                <content type="application/xhtml+xml" xml:lang="en">
                  <div xmlns="http://www.w3.org/1999/xhtml" class="comment">
                  <span>
                      <strong>Comment:</strong>
                        <p>The purpose of this course, EE 453 at Penn State University, is to familiarize students with DSP development by examining sampling, analysis, and reconstruction of continuous-time signals. LabVIEW DSP and the NI SPEEDY-33 DSP board are used as a software</p>
                    </span>
                    <span>
                      <strong>Tags:</strong>
                      <ul class="tags">
                          
                              <li>LabVIEW</li>
                          
                          
                              <li>DSP</li>
                          
                      </ul>
                    </span>
                  </div>
                </content>
                <id>col10303</id>
                <link href="/content/col10303/latest/"
                      rel="alternate"/>
                <rhaptos:inclusive>True</rhaptos:inclusive>
                <rhaptos:versionStart>1.1</rhaptos:versionStart>
                <rhaptos:versionStop></rhaptos:versionStop>
            </entry>
        
        
            <entry>
                <author>Anthony Antonacci, Darryl  Morrell</author>
                <title type="text">Introduction to LabVIEW MathScript</title>
                <content type="application/xhtml+xml" xml:lang="en">
                  <div xmlns="http://www.w3.org/1999/xhtml" class="comment">
                  <span>
                      <strong>Comment:</strong>
                        <p>This course provides a brief introduction to LabVIEW MathScript, the textual math componenet of LabVIEW. The modules for this course include typical syntax and programming methods commonly used when writing your own m-file scripts. These MathScript module</p>
                    </span>
                    <span>
                      <strong>Tags:</strong>
                      <ul class="tags">
                          
                              <li>LabVIEW</li>
                          
                          
                              <li>MathScript</li>
                          
                      </ul>
                    </span>
                  </div>
                </content>
                <id>col10370</id>
                <link href="/content/col10370/latest/"
                      rel="alternate"/>
                <rhaptos:inclusive>True</rhaptos:inclusive>
                <rhaptos:versionStart>1.1</rhaptos:versionStart>
                <rhaptos:versionStop></rhaptos:versionStop>
            </entry>
        
        
            <entry>
                <author>Erik Luther, Janell Rodriguez</author>
                <title type="text">Introduction to Multisim Schematic Capture and SPICE Simulation</title>
                <content type="application/xhtml+xml" xml:lang="en">
                  <div xmlns="http://www.w3.org/1999/xhtml" class="comment">
                  <span>
                      <strong>Comment:</strong>
                        <p>This course introduces National Instruments Multisim through instructional modules and hands-on exercises. Multisim is an interactive, graphical schematic capture tool and SPICE simulator that allows you to build circuits, simulate, and instrument them in</p>
                    </span>
                    <span>
                      <strong>Tags:</strong>
                      <ul class="tags">
                          
                              <li>Multisim</li>
                          
                      </ul>
                    </span>
                  </div>
                </content>
                <id>col10369</id>
                <link href="/content/col10369/latest/"
                      rel="alternate"/>
                <rhaptos:inclusive>True</rhaptos:inclusive>
                <rhaptos:versionStart>1.1</rhaptos:versionStart>
                <rhaptos:versionStop></rhaptos:versionStop>
            </entry>
        
        
            <entry>
                <author>Erik Luther, Jim Cahow</author>
                <title type="text">Interactive Digital Filter Design - Online Tool for IIR Filter and FIR Filter Design</title>
                <content type="application/xhtml+xml" xml:lang="en">
                  <div xmlns="http://www.w3.org/1999/xhtml" class="comment">
                  <span>
                      <strong>Comment:</strong>
                        <p>The Digital Filter Design Utility is software that allows you to interactively specify and design floating point digital filters. This utility was created with LabVIEW and the LabVIEW Digital Filter Design Toolkit and compiled into a stand-alone applicati</p>
                    </span>
                    <span>
                      <strong>Tags:</strong>
                      <ul class="tags">
                          
                              <li>LabVIEW</li>
                          
                          
                              <li>DSP</li>
                          
                          
                              <li>DFD</li>
                          
                          
                              <li>LV_Player</li>
                          
                      </ul>
                    </span>
                  </div>
                </content>
                <id>m13115</id>
                <link href="/content/m13115/latest/"
                      rel="alternate"/>
                <rhaptos:inclusive>False</rhaptos:inclusive>
                <rhaptos:versionStart>1.1</rhaptos:versionStart>
                <rhaptos:versionStop></rhaptos:versionStop>
            </entry>
        
        
            <entry>
                <author>National Instruments</author>
                <title type="text">LabVIEW Graphical Programming Course</title>
                <content type="application/xhtml+xml" xml:lang="en">
                  <div xmlns="http://www.w3.org/1999/xhtml" class="comment">
                  <span>
                      <strong>Comment:</strong>
                        <p>A full introductory course on programming with LabVIEW.</p>
                    </span>
                    <span>
                      <strong>Tags:</strong>
                      <ul class="tags">
                          
                              <li>LabVIEW</li>
                          
                      </ul>
                    </span>
                  </div>
                </content>
                <id>col10241</id>
                <link href="/content/col10241/latest/"
                      rel="alternate"/>
                <rhaptos:inclusive>True</rhaptos:inclusive>
                <rhaptos:versionStart>1.1</rhaptos:versionStart>
                <rhaptos:versionStop></rhaptos:versionStop>
            </entry>
        
        
            <entry>
                <author>Sam Shearman</author>
                <title type="text">Musical Signal Processing with LabVIEW (All Modules)</title>
                <content type="application/xhtml+xml" xml:lang="en">
                  <div xmlns="http://www.w3.org/1999/xhtml" class="comment">
                  <span>
                      <strong>Comment:</strong>
                        <p>Developed by Rose Hulman Prof Ed Doering, this collection is a multimedia educational resource for students and faculty that augments traditional DSP courses and courses that cover music synthesis and audio signal processing. Each of the modules blend video, text, sound clips, and LabVIEW virtual instruments (VIs) into explanation of theory and concepts, demonstration of LabVIEW implementation techniques to transform theory into working systems, and hands-on guided project activities. Screencasts -- videos captured directly from the computer screen with audio narration and a hallmark of this resource -- use a mixture of hand-drawn text, animations, and video of the LabVIEW tool in operation to provide a visually rich learning environment.</p>
                    </span>
                    <span>
                      <strong>Tags:</strong>
                      <ul class="tags">
                          
                              <li>LabVIEW</li>
                          
                          
                              <li>DSP</li>
                          
                          
                              <li>music</li>
                          
                          
                              <li>screencasts</li>
                          
                      </ul>
                    </span>
                  </div>
                </content>
                <id>col10507</id>
                <link href="/content/col10507/latest/"
                      rel="alternate"/>
                <rhaptos:inclusive>True</rhaptos:inclusive>
                <rhaptos:versionStart>1.1</rhaptos:versionStart>
                <rhaptos:versionStop></rhaptos:versionStop>
            </entry>
        
        
            <entry>
                <author>Ed Doering</author>
                <title type="text">Musical Signal Processing with LabVIEW -- Programming Techniques for Audio Signal Processing</title>
                <content type="application/xhtml+xml" xml:lang="en">
                  <div xmlns="http://www.w3.org/1999/xhtml" class="comment">
                  <span>
                      <strong>Comment:</strong>
                        <p>After completing this multi-media course you will be well-equipped to start creating your own audio and signal processing applications within the LabVIEW development environment. The modules in this course make extensive use of "screencasts" -- videos captured directly from the computer screen that show the LabVIEW tool in operation, with audio narration to explain each step. The course includes a "Getting Started" tutorial, editing tips, essential programming structures, subVIs, arrays, audio sources, audio output to the soundcard, reading and writing audio files, and real-time audio output with interactive parameter control. This course is part of the collection "Musical Signal Processing with LabVIEW".</p>
                    </span>
                    <span>
                      <strong>Tags:</strong>
                      <ul class="tags">
                          
                              <li>labview</li>
                          
                          
                              <li>dsp</li>
                          
                      </ul>
                    </span>
                  </div>
                </content>
                <id>col10440</id>
                <link href="/content/col10440/latest/"
                      rel="alternate"/>
                <rhaptos:inclusive>True</rhaptos:inclusive>
                <rhaptos:versionStart>1.1</rhaptos:versionStart>
                <rhaptos:versionStop>latest</rhaptos:versionStop>
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