swlv, Instrukcje, National INSTRUMENTS, Pdf
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LabVIEW
Graphical Programming
LabVIEW
Graphical programming
Rapid development tools
Easy to use and learn
Integrated libraries for
Data acquisition
Instrument control
Analysis
Networking
and more...
Complete flexibility and functionality
Open environment
Compiled for fast execution
Multiplatform
Windows
Mac OS
Sun
HP-UX
Concurrent PowerMAX
Numerous add-on tools
Competitive advantages ....p. 62
Information resources ........p. 63
User solutions ....................p. 64
Graphical programming ....p. 66
Analysis libraries ................p. 70
Professional tools................p. 72
System options ..................p. 73
Add-on toolsets ..................p. 74
Instrument drivers ..............p. 75
PLC driver software ............p. 76
Localized options ..............p. 77
System requirements ..........p. 78
Ordering information ........p. 79
Distribution tools................p. 85
IVI driver library ..................p. 88
Better Productivity
LabVIEW is a highly productive graphical
programming environment that combines easy-to-
use graphical development with the flexibility of a
powerful programming language. It offers an
intuitive environment, tightly integrated with
measurement hardware, for engineers and
scientists to quickly produce solutions for data
acquisition, data analysis, and data presentation.
Powerful Analysis
LabVIEW features comprehensive analysis libraries that rival
those of dedicated analysis packages. These libraries are
complete with statistics, evaluations, regressions, linear algebra,
signal generation algorithms, time and frequency-domain
algorithms, windowing routines, and digital filters. See page 70
for more details.
LabVIEW
™
Open Development Environment
With the open development environment of LabVIEW, you can
connect or communicate to any other application through
ActiveX, the Internet, DLLs (dynamic linked libraries), shared
libraries, SQL (for databases), DataSocket, TCP/IP, DDE, and
numerous other protocols.
Integrated Hardware
LabVIEW has built-in compatibility with hardware libraries for:
GPIB/VXI/PXI/Computer-based instruments
RS-232/485 protocol
Plug-in data acquisition
Analog/digital/counter timer I/O
Signal conditioning
Distributed data acquisition
Image acquisition and machine vision
Motion control
PLCs/data loggers
Optimal Performance
All LabVIEW applications execute at compiled speed for optimal
performance. With the LabVIEW Professional Development
System or Application Builder, you can also build stand-alone
executables for secure distribution to operator stations and the
production floor.
National Instruments
Phone: (512) 794-0100 • Fax: (512) 683-8411 • info@natinst.com • www.natinst.com
61
LabVIEW
Competitive Advantage
Your Competitive Advantage with
LabVIEW
Faster Development
LabVIEW accelerates development by a factor of 4 to 10 over
traditional programming. With the modularity and hierarchical
structure of LabVIEW, you can rapidly prototype, design, and
modify systems in a short amount of time.
Complete Environment
LabVIEW has extensive acquisition, analysis, and presentation
capabilities available within a single package, so you can
seamlessly create a complete solution. In addition, LabVIEW
features an optimized graphical compiler to maximize system
performance. Thus, LabVIEW simplifies development and
produces reusable code that executes at compiled execution
speeds. LabVIEW can create true compiled, royalty-free, stand-
alone executables that run on a target machine without a
LabVIEW development system.
Better Investment
As application needs change, LabVIEW virtual instrumentation
systems have the flexibility to be modified easily without the
need for new equipment. Using a LabVIEW system, each user
has access to a complete instrumentation laboratory at less than
the cost of a single commercial instrument. LabVIEW is also cross-
platform compatible, so that you can always port your systems
to the best platform for you. And, National Instruments ensures
backward compatibility, so VIs you develop today will be
compatible with technologies tomorrow.
Simplified Tasks
Numerous LabVIEW add-on software packages simplify complex
tasks such as sending data to the Internet, image acquisition,
and database programming, by integrating these tools into the
LabVIEW development environment.
Ensured Success
By using LabVIEW, you join a large community of successful
users who take advantage of a variety of National Instruments
programs, services, and support that are designed to make your
solution a reality.
Easier Solutions
LabVIEW empowers engineers, scientists, and technicians to
design and implement their own systems. Because the LabVIEW
programming paradigm is very similar to standard flowchart
notation, LabVIEW is extremely intuitive and easy to learn.
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National Instruments
Phone: (512) 794-0100 • Fax: (512) 683-8411 • info@natinst.com • www.natinst.com
LabVIEW
Resources
LabVIEW Resources
www.natinst.com/labview
Events
Technical Seminar Series
LabVIEW user group meetings
Trade shows/Product demonstrations
NIWeek – Annual National Instruments developer conference
Software
Evaluation software
Instrument drivers
Software updates/Beta software
Example programs
Measurement driver software and more...
Training
Course schedules, descriptions, and registration information
Self-Paced training information
Certification Program, and more...
Support
KnowledgeBase – searchable database of tips, common
questions and more...
Application notes and white papers
LabVIEW Wishlist – On-line suggestion forum
On-line catalog and store, and more...
Independent Electronic User Forum
Subscribe: info-labview-request@pica.army.mil
Posts only: info-labview@pica.army.mil
Independent User FTP Site
ftp.pica.army.mil/pub/labview
The LabVIEW Library
LabVIEW For Everyone: Graphical
Programming Made Even Easie
r
Lisa Wells and Jeffrey Travis
ISBN 0-13-268194-3
Includes CD-ROM, sample LabVIEW
software and hands-on activities to help the
user progress from beginner to advanced.
LabVIEW Signal Processing
M. L. Chugani, A. R. Samant, and Michael
Cerna • ISBN 0-13-972449-4
A practical, intuitive guide to LabVIEW
signal processing and control system
capabilities. Hands-on tasks include
arbitrary waveform generation, signal
separation, product cost prediction, and
more. Includes CD-ROM.
Sensors, Transducers and LabVIEW:
An Application Approach To Virtual
Instrumentation
Barry E. Paton • ISBN 0-13-081155-6
This book is packed with devices and
circuit problems demonstrating the use
of LabVIEW to measure and analyze real-
world phenomena for physics, chemistry,
mathematics, engineering and medical
sciences. Numerous sensors and trans-
ducers are introduced. Includes CD-ROM.
LabVIEW Graphical Programming:
Practical Applications in Instrumentation
and Control
Gary W. Johnson • ISBN 0-07-032915-X,
In-depth, engineering-level guide to
LabVIEW graphical programming.
Includes sample software for creating
instrumentation, data acquisition, auto-
mated test, imaging, sound/video,
networking, and other measurement
solutions. Includes CD-ROM.
LabVIEW Power Programming
Gary W. Johnson • ISBN 0-07-913666-4
A compilation of advanced programming
techniques used by leading LabVIEW
developers around the world, from
LabVIEW applications in space to LabVIEW-
based cryptography. Includes CD-ROM.
LabVIEW Technical Resource
Newsletter
By LTR Publishing •
www.ltrpub.com
Quarterly publication presenting power
tips and techniques to novice and
experienced LabVIEW users. Each issue
also includes a disk of LabVIEW VIs and
utilities that implements methods described
in that issue.
Joint Time-Frequency Analysis: Method
and Application
Shie Qian and Dapang Chen
ISBN 0-13-254384-2
This book provides a practical, compre-
hensive introduction to joint time frequency
analysis with dozens of samples. Includes
CD-ROM.
LabVIEW Applications
R. Jamal and H. Picklik • ISBN 0-13-096423-9
Learn how LabVIEW is used in industrial
automation, mathematics and simulation,
image processing, quality management,
and more. Includes CD-ROM.
See page 853 for ordering information and
more details.
National Instruments
Phone: (512) 794-0100 • Fax: (512) 683-8411 • info@natinst.com • www.natinst.com
63
LabVIEW
Solutions
Research and Analysis
The powerful LabVIEW analysis library provides everything you
need in an analysis package integrated into the LabVIEW
development environment. Scientists and researchers have used
LabVIEW to analyze and compute real results for biomedical,
aerospace and energy research applications, and in numerous
other industries. The signal processing, filtering, windowing,
and curve-fitting functions available are all listed on page 71. For
specialized analysis, such as joint time-frequency analysis,
wavelets, and digital filter design, LabVIEW offers the specially
designed Signal Processing Toolset. See page 97 for information
on the Signal Processing Toolset.
Courtesy of Raychem
LabVIEW Applications
LabVIEW systems are implemented in test and measurement, as
well as process monitoring and control applications throughout
the world. These applications vary widely from transportation
systems monitoring, to university laboratory classes; from
automated parts testing to industrial process control.
Test and Measurement
LabVIEW has become an industry-standard development tool
for test and measurement applications. With TestStand,
graphical test programs, and the industry’s largest instrument
driver library, you have a single, consistent development and
execution environment for your entire system.
Courtesy of Dateppli, Inc.
Process Control and Factory Automation
LabVIEW is well-suited for basic process monitoring and control
applications. For larger industrial automation applications, we
recommend BridgeVIEW, a specialized product in the LabVIEW
family, designed specifically for the industrial automation world.
Please see page 179 for details on the BridgeVIEW development
environment.
“Our LabVIEW-based in-vehicle data
acquisition system has been a big hit with
our customers. LabVIEW has provided the
functionality, creative license, and tools to
design systems that meet the cutting-edge
requirements of our customers in the
automotive industry.”
John Date, Vice President Engineering, Dateppli, Inc.
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National Instruments
Phone: (512) 794-0100 • Fax: (512) 683-8411 • info@natinst.com • www.natinst.com
LabVIEW
Solutions
User Solutions Articles
The following chart lists just a few of the LabVIEW applications
available. These articles describe complete LabVIEW applications
spanning numerous industries and technologies, including the
ones listed below. You can find a complete listing, and order or
download the articles from the Internet or from our automated
fax-on-demand system, or contact us for more information.
“LabVIEW’s functional test design
environment enables rapid development of
cost-effective ATE solutions.”
Hugh Williams, Test Equipment Design Leader
British Aerospace (Systems and Equipment) Limited – BASE
World Wide Web
www.natinst.com/labview
“At CERN, LabVIEW is widely used by
scientists and engineers. It does an excellent
job in different fields, like testing modular
instruments, controlling test benches, and
monitoring power equipment.”
Fax-on-demand
(800) 329-7177 (U.S./Canada)
Manufacturing and Production
360318A-01 Raychem Reduces Manufacturing Costs with Graphical
Programming
360509A-01 Automating Chromium Waste Treatment with LabVIEW
360542A-01 LabVIEW-Controlled Next-Generation Gas Delivery System
for Semiconductor Manufacturers
360643A-01 Automated Cell Tracking Engine Manufacturing
Fabio Soso, LabVIEW Software Administrator CERN,
European Organization for Nuclear Research
Automotive
360544A-02 PC-Based Simulation and Monitoring of Automotive
Electronic Control Modules
360567A-01 Real-Time Dynamometer Control with LabVIEW
360820A-01 LabVIEW Helps Ford Test Autos in Desert Heat, Automating
Physical Testing At Ford
Monitoring and Control
360354A-01 Real-Time Control and Monitoring of a Bearing Test Stand
with LabVIEW
360407-30 SCXI and LabVIEW Monitor Hydrogen-Powered Eureka
Motor Bus
360409-01 LabVIEW Goes into Space Onboard Columbia Shuttle Mission
360496A-01 LabVIEW Delivers a Cross-Platform Interface for the York
International Energy Management System
360706A-01 The Use of LabVIEW to Automate Commercial Irrigation
360771A-01 A Gas Sensor Control System in LabVIEW
360779A-01 Temperature Control for Measuring Electronic Circuits
Using LabVIEW
360809A-01 High-Speed Remote Process Control with LabVIEW
360812A-01 Radio-Linked Environmental Monitoring and Display
System Using LabVIEW
360817A-01 LabVIEW Controls Capture and Display of Four “Live”
Video Images
360844A-01 LabVIEW-Based System Puts Dallas Transit on Track
360872A-01 Monitoring Magnetic Resonance Imaging Experiments
with LabVIEW
Research
360482B-01 Measuring Music and More with LabVIEW
360559A-01 Using LabVIEW for Physiological Research
360704A-01 Test System Captures Heart Valve Sounds Using LabVIEW
and DAQ Boards
360798A-01 LabVIEW – Our Choice for Cardiothoracic Research
Automated Test
360331-01
Detecting Intermittent Faults of 757 Aircraft Flap and Slat
Controls During Thermal and Vibration Cycling
360432A-01
Simulation-Based Testing of Industrial Gas Turbine Control
Systems Using LabVIEW and VXI
360433A-01
SCXI and LabVIEW Test Traulsen Refrigerators and Freezers
360508A-01
Using LabVIEW PID Controller to Assure Electronic
Reliability Tests
360519A-01
Testing Submarine Sonar Systems with LabVIEW
N/A
Arco Uses LabVIEW to Test Dashboard Destruction
Education
360480B-01 LabVIEW Helps Teach Physics Lab
360514A-01 Integrated Laboratory Instruction with LabVIEW – Adopting
the LabVIEW Standard
N/A
Dow Tests Creep in Polymer Plastics with LV/DAQ
Telecommunications
360937A-02
Detecting Signature Patterns in a Broadcast Message
360799A-01
Creating Curriculum-Wide Systems for Mechanical
Engineering Labs
360581A-31
AT&T Monitors Remote Sites Using LabVIEW System
361054A-02
Developing a LabVIEW-Based, Enterprise-Wide Test
Management System
360802A-01
Teaching Instrumentation in the 21st Century with LabVIEW
360803A-01
LEGO Building Blocks and LabVIEW Teach Laboratory Skills
National Instruments
Phone: (512) 794-0100 • Fax: (512) 683-8411 • info@natinst.com • www.natinst.com
65
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