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9780130199638

LabVIEW for Automotive, Telecommunications, Semiconductor, Biomedical and Other Applications

by ;
  • ISBN13:

    9780130199638

  • ISBN10:

    013019963X

  • Format: Paperback
  • Copyright: 2000-01-01
  • Publisher: Prentice Hall PTR
  • Purchase Benefits
List Price: $55.00

Summary

The purpose of this book will be to share solutions and examples in test and measurement applications across a broad range of vertical markets. The mainline vertical markets in test and measurement discussed are Telecommunications, Automotive, Semiconductor, Sound & Vibration, General Test & Measurement, and Automation. The book will consist of contributions from leading LabVIEW implementors from all over the world...With an emphasis on how-to, each contribution will focus on practical applications and problem solving, with little or no theory. The breadth of the applications will position the book as an encyclopedia of test and measurement solutions.

Table of Contents

Preface xviii
Automotive Test
1(65)
Introduction
1(4)
Why is Automotive Important?
1(1)
What are the Present Trends and Challenges?
1(2)
What are the Future Trends and Challenges?
3(1)
How does National Instruments Fit In?
4(1)
Electric Vehicle Inverter Durability Test Stand
5(6)
Introduction
5(1)
System Description
6(3)
Results
9(2)
Machine Vision in Automotive Instrument Manufacturing
11(11)
Introduction
11(1)
Objective
12(1)
System Description
13(3)
Calibration Utility
16(3)
Cluster Inspection Utility
19(1)
Results
20(2)
Tire Rolling Resistance Measurements Using LabView and VXI
22(7)
Introduction
22(1)
Software
23(3)
Hardware
26(1)
Results
27(2)
PC-Based Control of a Gasoline-Fueled Burner Aging Test Stand to Simulate Engine Exhaust
29(6)
Introduction
29(1)
System Design
30(2)
Results
32(3)
In-Vehicle Data Acquisition, Transfer, and Real-Time Processing
35(8)
Introduction
35(1)
Data Acquisition
36(1)
Test Execution and Data Acquisition Synchronization
37(2)
Real-Time Analysis
39(1)
Review Test Data Utility
40(1)
Results
41(2)
Automotive Audio Test System
43(9)
Introduction
43(1)
Hardware Design Considerations
44(1)
Hardware Design
45(1)
Software Design Considerations
46(1)
Software Design -- Administration Utility
47(1)
Software Design -- Client Executable Application
47(3)
Design Challenges
50(1)
Results
51(1)
Ever Take a Picture of a Pothole From a Moving Truck?
52(6)
Introduction
52(3)
Hardware Design
55(1)
Software Design
55(2)
Results
57(1)
Automated Radio Tester
58(8)
Introduction
58(2)
Tests
60(1)
Test Parameters
61(1)
Test Results
62(2)
Test Scheduling
64(1)
Results
65(1)
Biomedical Test
66(33)
Introduction
66(4)
Why is Biomedical Important?
66(1)
What are the Present Trends and Challenges?
67(1)
What are the Future Trends and Challenges?
68(1)
How does National Instruments Fit In?
69(1)
Cutting Latency on Assessing Heart Period Variability Studies
70(6)
Introduction
71(1)
System Hardware
72(1)
System Software
72(2)
Benchmark Measurements
74(1)
Results
75(1)
A Cardiovascular Pressure-Dimension Analysis System
76(11)
Introduction
76(1)
The System
77(1)
Data Acquisition and Analysis
78(4)
Clinical Significance
82(2)
LabView Tips and Techniques
84(1)
Conclusion
84(3)
PC-Based Vision System for Wound Healing Assessment
87(5)
Introduction
87(2)
System Hardware and Software
89(1)
Results
89(3)
Biomedical Patient Monitoring, Data Acquisition, and Playback with LabView
92(7)
Introduction
92(1)
Design Challenge and Solution
93(3)
Application
96(1)
Results
97(2)
Semiconductor Test
99(39)
Introduction
99(4)
Why is Semiconductor Test Important?
99(1)
What are the Present Trends?
100(2)
What are the Future Trends and Challenges?
102(1)
How Does National Instruments Fit In?
102(1)
Angular Scanning Ellipsometer (ASELL)
103(8)
Introduction and System Requirements
103(2)
System Design
105(3)
Results
108(3)
Graphical Modeling of Quantum Atomic State Transitions in Hydrogenic Atoms
111(10)
Introduction
111(1)
Wave Functions Under an Applied Field
112(1)
Separation of Variables in Wave Functions
113(1)
Graphical Representation of State Transitions
114(1)
LabView Implementation
115(1)
Some of the Plots Produced by LabView
116(3)
Results
119(2)
Intelligent Automation of Electron Beam Physical Vapor Deposition
121(5)
Introduction
121(1)
Monitoring and Analysis
122(3)
Results
125(1)
Control System for X-Ray Photolithography Tool
126(5)
Introduction
126(1)
Control System
127(1)
User Interface
128(1)
Conclusion
129(2)
Data Acquisition From a Vacuummeter Controlled by RS-232 Standard Using LabView
131(7)
Introduction
131(2)
Front Panel Description
133(2)
Block Diagram Description
135(2)
Results
137(1)
Telecommunications Test
138(30)
Introduction
138(4)
What is Telecommunications?
138(2)
What are the Present Trends and Challenges?
140(1)
What is in the Future?
141(1)
How is National Instruments Involved?
141(1)
LabView-Based Antenna Measurements
142(5)
Introduction
142(1)
Multipath Distortion
143(1)
Hardware Control Software
143(2)
Results
145(2)
Telecommunications Protocol Analysis Tool
147(5)
Introduction
147(1)
System Description
148(3)
Results
151(1)
Remote Diagnostics in a Fiber Optic Network
152(4)
Introduction
152(1)
Program Design
153(2)
Results
155(1)
Quick Real-Time Test of Communication Alorithm Using LabView
156(4)
Sustem Hardware Control
156(1)
Benchmark of System Costs
157(1)
System Cost Reduction
157(1)
Development Time Reduction
158(1)
Results
158(2)
Common Test Software for Cellular Base Stations
160(8)
Introduction
160(1)
Requirements
161(1)
Software Model
162(4)
Estimated Return on Investment
166(1)
Results
166(2)
General Test
168(75)
Introduction
168(5)
Why is General Test Important?
168(1)
What are the Present Trends and Challenges?
169(2)
What are the Future Trends and Challenges?
171(1)
How does National Instruments Fit In?
172(1)
LabView-Based Interactive Teaching Laboratory
173(12)
Introduction
173(2)
System Architecture
175(3)
Sample User Interfaces
178(3)
Remote Area Experiments over the Internet
181(1)
Results
182(3)
PC-Based Data Acquisition System for Measurement and Control of an Isotopic Exchange Installation
185(6)
Introduction
186(1)
Product Development Performances
187(3)
Results
190(1)
LabView Tests M1A1 Ammunition
191(4)
Introduction
191(1)
Testing Procedure
192(3)
Industrial X-Ray Digital Image Flaw Detection System
195(5)
Introduction
195(1)
System Hardware
196(1)
System Software
196(1)
System Function and Performance
197(2)
Results
199(1)
Large Area Conditioning Systems for the National Ignition Facility
200(8)
Introduction
200(1)
Development
201(1)
Beam Profiler
202(1)
Analog Data Acquisition
203(1)
User Interface and Execution Systems
204(2)
Results
206(2)
Controlling Aeronautical Hydraulic Actuator Testing with LabView
208(9)
Introduction
208(1)
Custom SCXI Module
209(2)
System Layout
211(3)
Benefits
214(1)
Results
215(2)
Automating the San Francisco Bay Model with LabView
217(6)
Introduction
217(1)
System Upgrade
218(1)
Automation Requirements
219(1)
System Configuration
219(3)
Results
222(1)
Virtual Balancing Equipment for Rigid Rotors
223(9)
Introduction
223(1)
System Hardware Configuration
224(1)
Virtual Balancer Options
225(1)
Two-Plane, Two Accelerometers Balancer
225(3)
Innovative Features
228(1)
Auxiliary Windows
229(1)
Advantages of the Equipment
229(2)
Results
231(1)
LabView-Based Automation of a Direct-Write Laser Beam Micromachining System
232(11)
Introduction
232(2)
The Micromachining Application: Process Automation
234(1)
System Requirements
234(2)
Database Concepts: Expandiing the Materials Space
236(4)
Results
240(1)
Future Improvements
240(1)
Conclusions
241(1)
Acknowledgements
241(2)
Index 243

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