Solution manual for LabVIEW Student 1st Edition by Bishop Robert – Ebook PDF Instant Download/Delivery:0134011333,9780134011332
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Product details:
ISBN 10: 0134011333
ISBN 13:978-0134011332
Author:Bishop Robert
The goal of this book is to help students learn to use LabVIEW™ on their own.
The LabVIEW Student Edition delivers all the capabilities of the full version of LabVIEW, widely considered the industry standard for design, test, measurement, automation, and control applications. With LabVIEW, students can design graphical programming solutions to their homework problems and laboratory experiments―an ideal tool for science and engineering applications―that is also fun to use! The LabVIEW Student Edition affords students the opportunity for self-paced learning and independent project development.
LabVIEW Student 1st Table of contents:
1 LabVIEW Basics
1.1 System Configuration Requirements
1.2 Installing the LabVIEW Student Edition
1.3 The LabVIEW Environment
1.4 The Getting Started Screen
1.5 Panel and Diagram Windows
1.5.1 Front Panel Toolbar
1.5.2 Block Diagram Toolbar
1.6 Shortcut Menus
1.7 Pull-Down Menus
1.7.1 File Menu
1.7.2 Edit Menu
1.7.3 View Menu
1.7.4 Project Menu
1.7.5 Operate Menu
1.7.6 Tools Menu
1.7.7 Window Menu
1.7.8 Help Menu
1.8 Palettes
1.8.1 Tools Palette
1.8.2 Controls Palette
1.8.3 Functions Palette
1.8.4 Searching the Palettes and Quick Drop
1.9 Opening, Loading, and Saving VIs
1.10 LabVIEW Help Options
1.10.1 Context Help Window
1.10.2 LabVIEW Help
1.11 Building Blocks: Pulse Width Modulation
1.12 Relaxed Reading: Revolutionary Cancer Treatment Minimizes Damage to Healthy Tissue
1.13 myDAQ Building Blocks
1.13.1 Building a Basic LED Circuit
1.13.2 NI ELVISmx Instrument Launcher
1.13.3 Testing with the ELVISmx Instrument Panel
1.14 Summary
Exercises
Problems
Design Problems
2 Virtual Instruments
2.1 What Are Virtual Instruments?
2.2 Several Worked Examples
2.3 The Front Panel
2.3.1 Numeric Controls and Indicators
2.3.2 Boolean Controls and Indicators
2.3.3 Configuring Controls and Indicators
2.4 The Block Diagram
2.4.1 VIs and Express VIs
2.4.2 Nodes
2.4.3 Terminals
2.4.4 Wiring
2.5 Building Your First VI
2.6 Data Flow Programming
2.7 Building a VI Using Express VIs
2.8 Building Blocks: Pulse Width Modulation
2.9 Relaxed Reading: Building A Semiautonomous Vehicle Driven By the Visually Impaired
2.10 myDAQ Building Blocks
2.10.1 Building a Basic Thermistor Circuit
2.10.2 The Thermistor Circuit Test VI
2.10.3 Testing the Thermistor Circuit
2.11 Summary
Exercises
Problems
Design Problems
3 Editing and Debugging Virtual Instruments
3.1 Editing Techniques
3.1.1 Creating Controls and Indicators on the Block Diagram
3.1.2 Selecting Objects
3.1.3 Moving Objects
3.1.4 Deleting and Duplicating Objects
3.1.5 Resizing Objects
3.1.6 Labeling Objects
3.1.7 Changing Font, Style, and Size of Text
3.1.8 Selecting and Deleting Wires
3.1.9 Wire Stretching and Broken Wires
3.1.10 Aligning, Distributing, and Resizing Objects
3.1.11 Coloring Objects
3.1.12 Cleaning Up the Block Diagram
3.1.13 Routing Wires
3.1.14 Reusing Snippets of Code
3.2 Debugging Techniques
3.2.1 Finding Errors
3.2.2 Highlight Execution
3.2.3 Single-Stepping Through a VI and Its SubVIs
3.2.4 Breakpoints and Probes
3.2.5 Navigation Window
3.3 Property Nodes
3.4 A Few Shortcuts
3.5 Building Blocks: Pulse Width Modulation
3.6 Relaxed Reading: Using Graphical System Design for Tumor Treatments
3.7 myDAQ Building Blocks
3.8 Summary
Exercises
Problems
Design Problems
4 SubVIs
4.1 What Is a SubVI?
4.2 Review of the Basics
4.3 Editing the Icon and Connector
4.3.1 Icons
4.3.2 Connectors
4.3.3 Selecting and Modifying Terminal Patterns
4.3.4 Assigning Terminals to Controls and Indicators
4.4 The Help Window
4.5 Using a VI as a SubVI
4.6 Creating a SubVI from a Selection
4.7 Error Checking and Error Handling
4.7.1 Automatic Error Handling
4.7.2 Manual Error Handling
4.7.3 Error Clusters
4.8 Saving Your SubVI
4.9 The VI Hierarchy Window
4.10 Building Blocks: Pulse Width Modulation
4.11 Relaxed Reading: Mobile Rescue Operations
4.12 myDAQ Building Blocks
4.13 Summary
Exercises
Problems
Design Problems
5 Structures
5.1 The For Loop
5.1.1 Numeric Conversion
5.1.2 For Loops with Conditional Terminals
5.2 The While Loop
5.3 Shift Registers and Feedback Nodes
5.3.1 Shift Registers
5.3.2 Using Shift Registers to Remember Data Values from Previous Loop Iterations
5.3.3 Initializing Shift Registers
5.3.4 Feedback Nodes
5.4 Case Structures
5.4.1 Adding and Deleting Cases
5.4.2 Wiring Inputs and Outputs
5.5 Flat Sequence Structures
5.5.1 Evaluate and Control Timing in a Sequence Structure
5.5.2 Avoid the Overuse of Sequence Structures
5.6 The Formula Node
5.6.1 Formula Node Input and Output Variables
5.6.2 Formula Statements
5.7 Diagram Disable Structures
5.8 Local Variables
5.8.1 Creating Local Variables
5.8.2 Use Local Variables With Care
5.8.3 Initializing Local Variables
5.8.4 Memory and Execution-Speed Considerations
5.9 Common Programming Techniques
5.9.1 Sequential Programming
5.9.2 State Programming and State Machines
5.9.3 Parallelism
5.10 Some Common Problems in Wiring Structures
5.10.1 Failing to Wire a Tunnel in All Cases of a Case Structure
5.10.2 Overlapping Tunnels
5.10.3 Wiring Underneath Rather Than through a Structure
5.11 Building Blocks: Pulse Width Modulation
5.12 Relaxed Reading: Refining the Process of Steel Recycling
5.13 myDAQ Building Blocks
5.14 Summary
Exercises
Problems
Design Problems
6 Arrays and Clusters
6.1 Arrays
6.1.1 Creating Array Controls and Indicators
6.1.2 Multidimensional Arrays
6.2 Creating Arrays with Loops
6.2.1 Creating Two-Dimensional Arrays
6.3 Array Functions
6.3.1 Array Size
6.3.2 Initialize Array
6.3.3 Build Array
6.3.4 Array Subset
6.3.5 Index Array
6.4 Polymorphism
6.5 Clusters
6.6 Creating Cluster Controls and Indicators
6.6.1 Cluster Order
6.6.2 Using Clusters to Pass Data to and from SubVIs
6.7 Cluster Functions
6.7.1 The Bundle Function
6.7.2 The Unbundle Function
6.7.3 Creating Cluster Constants on the Block Diagram
6.7.4 Using Polymorphism with Clusters
6.8 Matrix Data Type and Matrix Functions
6.8.1 Creating Matrix Controls, Indicators, and Constants
6.8.2 Matrix Functions
6.9 VI Memory Usage
6.10 Building Blocks: Pulse Width Modulation
6.11 Relaxed Reading: Automatic Laser-Assisted Neuron Growth
6.12 myDAQ Building Blocks
6.13 Summary
Exercises
Problems
Design Problems
7 Charts and Graphs
7.1 Waveform Charts
7.2 Waveform Graphs
7.3 XY Graphs
7.4 Customizing Charts and Graphs
7.4.1 Axes Scaling
7.4.2 The Plot Legend
7.4.3 The Graph Palette and Scale Legend
7.4.4 Special Chart Customization Features
7.4.5 Special Graph Customization Features: Cursor Legend
7.4.6 Using Graph Annotations
7.4.7 Exporting Images of Graphs, Charts, and Tables
7.4.8 Using Context Help
7.5 Using Math Plots for 2D and 3D Graphs
7.5.1 2D Graphs
7.5.2 3D Graphs
7.6 Building Blocks: Pulse Width Modulation
7.7 Relaxed Reading: Environmental Monitoring in the Costa Rican Rain Forest
7.8 myDAQ Building Blocks
7.9 Summary
Exercises
Problems
Design Problems
8 Data Acquisition
8.1 Components of a DAQ System
8.2 Types of Signals
8.2.1 Digital Signals
8.2.2 Analog DC Signals
8.2.3 Analog AC Signals
8.2.4 Analog Frequency-Domain Signals
8.2.5 One Signal–Five Measurement Perspectives
8.3 Common Transducers and Signal Conditioning
8.4 Signal Grounding and Measurements
8.4.1 Signal Source Reference Configuration
8.4.2 Measurement System
8.5 Analog-to-Digital Conversion Considerations
8.6 DAQ VI Organization
8.7 Choosing Your Data Acquisition Device
8.7.1 X Series Data Acquisition Devices
8.7.2 Low Cost Data Acquisition for Students
8.7.3 Simulated Data Acquisition
8.7.4 Macintosh, Linux, and Mobile Devices
8.8 DAQ Hardware Configuration
8.8.1 Windows
8.8.2 Channels and Tasks
8.9 Using the DAQ Assistant
8.9.1 DAQmx Task Name Constant
8.10 Analog Input
8.10.1 Task Timing
8.10.2 Task Triggering
8.11 Analog Output
8.11.1 Task Timing
8.11.2 Task Triggering
8.12 Digital Input and Output
8.13 Building Blocks: Pulse Width Modulation
8.13.1 Generating Pulse Width Modulated Signals with Hardware Counters
8.13.2 Applications of Pulse Width Modulation
8.14 Relaxed Reading: Reducing Seismic Risk for an Ancient Roman Amphitheater
8.15 myDAQ Building Blocks
8.16 Summary
Exercises
Problems
Design Problems
9 Strings and File I/O
9.1 Strings
9.1.1 Converting Numeric Values to Strings with Build Text Express VI
9.2 File I/O
9.2.1 Writing Data to a File
9.2.2 Reading Data from a File
9.2.3 Manipulating Spreadsheet Files
9.2.4 File I/O Express VIs
9.2.5 Obtaining the Path to the System Directories
9.3 Building Blocks: Pulse Width Modulation
9.4 Relaxed Reading: On the Science of Cycling Speed
9.5 myDAQ Building Blocks
9.6 Summary
Exercises
Problems
Design Problems
10 NI LabVIEW MathScript RT Module
10.1 What is MathScript RT Module?
10.2 Accessing the MathScript Interactive Window
10.2.1 The Command History and Output Windows
10.2.2 Viewing Data in a Variety of Formats
10.3 MathScript Help
10.4 Syntax
10.4.1 Key MathScript Functions
10.5 Defining Functions and Creating Scripts
10.5.1 User-Defined Functions
10.5.2 Scripts
10.6 Saving, Loading, and Exporting Data Files
10.6.1 Saving and Loading Data Files
10.6.2 Exporting Data
10.7 MathScript Nodes
10.7.1 Accessing the MathScript Node
10.7.2 Entering Scripts into the MathScript Node
10.7.3 Input and Output Variables
10.7.4 Script Highlighting
10.7.5 Debugging Scripts
10.7.6 Saving Scripts from within the MathScript Node
10.8 Applications of MathScript RT Module
10.8.1 Instrument Your Algorithms
10.8.2 Graphical Signal Processing, Analysis, and Mathematics
10.8.3 Integrating Measurement Hardware
10.9 Building Blocks: Pulse Width Modulation
10.10 Relaxed Reading: Acquiring and Analyzing the Bioacoustic Communication of Killer Whales
10.11 myDAQ Building Blocks
10.12 Summary
Exercises
Problems
Design Problems
11 Analysis 607
11.1 Linear Algebra
11.1.1 Review of Matrices
11.1.2 Systems of Algebraic Equations
11.1.3 Linear System VIs
11.2 Statistics and Curve Fitting
11.2.1 Curve Fits Based on Least Squares Methods
11.2.2 Fitting a Curve to Data with Normal Distributions
11.2.3 The Curve Fitting Express VI
11.3 Differential Equations
11.4 Finding Zeroes of Functions
11.5 Integration and Differentiation
11.6 Signal Generation
11.6.1 Normalized Frequency
11.6.2 Wave, Pattern, and Noise VIs
11.6.3 The Simulate Signal Express VI
11.7 Signal Processing
11.7.1 The Fourier Transform
11.7.2 Smoothing Windows
11.7.3 The Spectral Measurements Express VI
11.7.4 Filtering
11.7.5 The Filter Express VI
11.8 Building Blocks: Pulse Width Modulation
11.9 Relaxed Reading: High-Speed Control System To Test MEMs Microshutters
11.10 myDAQ Building Blocks
11.11 Summary
Exercises
Problems
Design Problems
A Instrument Control 687
A.1 Components of an Instrument Control System 688
A.1.1 What Is GPIB?
A.1.2 GPIB Messages
A.1.3 GPIB Devices and Configurations
A.1.4 Serial Port Communication
A.1.5 Other Bus Technologies
A.2 Detecting and Configuring Instruments
A.2.1 Windows
A.2.2 Macintosh OS X
A.3 Using the Instrument I/O Assistant
A.4 Instrument Drivers 707
A.4.1 Developing Your Own Instrument Driver 713
A.5 Future of Instrument Drivers and Instrument Control 714
A.6 Summary 715
B LabVIEW Developer Certification 717
B.1 Overview of the NI LabVIEW Certification Structure 718
B.2 Logistics of the CLAD Examination 718
B.3 Benefits of CLAD 719
B.4 Sample CLAD Examination 720
B.5 Detailed Sample CLAD Test Solutions 731
B.6 Additional Study Resources 735
B.7 Summary 736
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