The #1 Step-by-Step Guide to LabVIEWNow Completely Updated for LabVIEW 8!
Master LabVIEW 8 with the industry's friendliest, most intuitive tutorial: LabVIEW for Everyone, Third Edition. Top LabVIEW experts Jeffrey Travis and Jim Kring teach LabVIEW the easy way: through carefully explained, step-by-step examples that give you reusable code for your own projects!
This brand-new Third Edition has been fully revamped and expanded to reflect new features and techniques introduced in LabVIEW 8. You'll find two new chapters, plus dozens of new topics, including Project Explorer, AutoTool, XML, event-driven programming, error handling, regular expressions, polymorphic VIs, timed structures, advanced reporting, and much more. Certified LabVIEW Developer (CLD) candidates will find callouts linking to key objectives on NI's newest exam, making this book a more valuable study tool than ever.
- Not just what to do: why to do it!
- Use LabVIEW to build your own virtual workbench
- Master LabVIEW's foundations: wiring, creating, editing, and debugging VIs; using controls and indicators; working with data structures; and much more
- Learn the "art" and best practices of effective LabVIEW development
- NEW: Streamline development with LabVIEW Express VIs
- NEW: Acquire data with NI-DAQmx and the LabVIEW DAQmx VIs
- NEW: Discover design patterns for error handling, control structures, state machines, queued messaging, and more
- NEW: Create sophisticated user interfaces with tree and tab controls, drag and drop, subpanels, and more
Whatever your application, whatever your role, whether you've used LabVIEW or not, LabVIEW for Everyone, Third Edition is the fastest, easiest way to get the results you're after!

"LabVIEW для всех" - базовый курс по основам графического программирования в инженерной среде LabVIEW. Пакет LabVIEW формализует этап создания алгоритма работы прибора, описывая этот алгоритм в виде блок-схемы. В книге отражены все этапы создания виртуального прибора: регистрация сигнала, обработка, отображение.
На компакт-диске, приложенном к книге, представлена демонстрационная версия программы LabVIEW и приведено большое количество примеров.
Издание предназначено для инженеров и студентов технических вузов.

Книга состоит из 30 глав, названных лекциями. Эти главы содержат как информацию о тех или иных возможностях Lab VIEW, так и практические задания, выполнение которых необходимо для овладения этим прикладным инструментом исследования физических процессов и управления ими. Материал каждой главы рассчитан на одно занятие за компьютером и может быть использован как при обучении группы студентов преподавателем, так и при самообучении студента. Для большей доступности курса большинство практических заданий ограничивается исследованием чисто виртуальных объектов, что не требует приобретения специальной материальной части (аналогово-цифровых преобразователей и т. д.).
Издание предназначено для инженеров и студентов технических вузов.
Рекомендовано УМО по университетскому политехническому образованию в качестве учебного пособия для студентов высших учебных заведений, обучающихся по группе подготовки бакалавров 550000 - «Технические науки» дисциплине «Управление техническими системами».

В книге приведено описание функциональных элементов среды проектирования виртуальных приборов LabVIEW 7 Express. Описание выполнения функций сопровождается примерами их использования. Для большинства новых элементов LabVIEW 7 Express – Экспресс ВП приведены окна конфигурирования с переводом их содержимого. В справочнике большое внимание уделено функциям обработки сигналов и математическим функциям, функциям управления приложениями и функциям коммуникаций, функциям управления платами ввода/вывода данных и обмена данными по стандартным интерфейсам. Справочник может быть полезен студентам технических вузов, инженерам, а также широкому кругу специалистов, решающих задачи измерения, обработки или моделирования сигналов.

This is not a book about how to use LabVIEW or even a book on learning digital signal processing (DSP). Instead it is more of a practical guide on how to enable LabVIEW to tackle some real-world DSP and communication problems. This book assumes that the reader has a good grasp of many of the complex issues encountered in DSP and digital communications and also is at least skilled enough in LabVIEW to build a VI. When necessary, the book will dive into the heart of signal processing topics and their implications will be explored. Certain topics will be explained in enough detail so that the reader will know there is no hand waving or mystery involved. This material is meant to bridge the gap between obtaining theoretical knowledge and actually exercising that knowledge. LabVIEW provides us with an excellent set of tools for examining all sorts of DSP and digital communication topics. Its graphical nature allows us to quickly and efficiently get to the core of a communication problem without all the overhead that generally accompanies a digital communication system. This book will start out at the beginning of the DSP realm—sampling a signal. The intermediate chapters will cover some basic building blocks and the final chapters will put it all together as a digital communication system.

As the power of the standard personal computer has steadily evolved, so have the capabilities of LabVIEW. LabVIEW has simplified the working lives of thousands of scientists, engineers, and technicians, and has increased their productivity. Automation has reduced the costs and increased the manufacturing outputs of factories around the world. Cycle times for product development have been shortened and the quality of many products has steadily improved. LabVIEW does not get credit for all of these improvements, but has without question played a valuable role in accomplishing these goals in many organizations.
In our earlier experiences with LabVIEW, we found that adequate coverage of key topics was lacking. Subjects that are useful to users without a formal background in computer science, such as approaches to software development, exception handling, and state machines, were very difficult to find. In addition, newer areas such as multithreading and ActiveX are even harder to locate, and sometimes documentation is nonexistent. Part of our intent in this book is to cover these topics that are difficult to find in other books on LabVIEW.
The chapters in this book are written in a manner that will allow readers to study the topic of interest without having to read the contents in sequential order. Users of LabVIEW with varying levels of expertise will find this book beneficial.

The widely available graphical programming environments such as LabVIEW have now reached the level of maturity that allow students and engineers to design and analyze DSP systems with ease and in a relatively shorter time as compared to C and MATLAB. I have observed that many students taking DSP lab courses, in particular at the undergraduate level, often struggle and spend a fair amount of their time debugging C and MATLAB code instead of placing their efforts into understanding signal processing system design issues. The motivation behind writing this book has thus been to avoid this problem by adopting a graphical programming approach instead of the traditional and commonly used text-based programming approach in DSP lab courses. As a result, this book allows students to put most of their efforts into building DSP systems rather than debugging C code when taking DSP lab courses.
One important point that needs to be mentioned here is that in order to optimize signal processing algorithms on a DSP processor, it is still required to know and use C and/or assembly programming. The existing graphical programming environments are not meant to serve as optimizers when implementing signal processing algorithms on DSP processors or other hardware platforms. This point has been addressed in this book by providing two chapters which are dedicated solely to algorithm implementation on the TI family of TMS320C6000 DSP processors.
It is envisioned that this alternative graphical programming approach to designing digital signal processing systems will allow more students to get exposed to the field of DSP. In addition, the book is written in such a way that it can be used as a selfstudy guide by DSP engineers who wish to become familiar with LabVIEW and use it to design and analyze DSP systems.
I would like to express my gratitude to NI (National Instruments) for their support of this book. In particular, I wish to thank Jim Cahow, Academic Resources Manager at NI, and Ravi Marawar, Academic Program Manager at NI, for their valuable feedback. I am pleased to acknowledge Chuck Glaser, Senior Acquisition Editor at Elsevier, and Cathy Wicks, University Program Manager at TI, for their promotion of the book. Finally, I am grateful to my family who put up with my preoccupation on this book-writing project.

В статье рассматриваются виртуальные инструменты, предназначенные для исследования характеристик адаптивных компенсаторов эхосигналов и эквалайзеров каналов связи. Их можно использовать при проектировании средств связи, а также в лабораторных практикумах по телекоммуникационным дисциплинам и цифровой обработке сигналов. Инструменты реализованы с использованием двух языков программирования: LabVIEW и MATLAB.

This is a real-time digital signal processing textbook using the latest embedded Blackfin processor Analog Devices, Inc (ADI). 200f the text is dedicated to general real-time signal processing principles. The remaining text provides an overview of the Blackfin processor, its programming, applications, and hands-on exercises for users. With all the practical examples given to expedite the learning development of Blackfin processors, the textbook doubles as a ready-to-use user's guide. The book is based on a step-by-step approach in which readers are first introduced to the DSP systems and concepts. Although, basic DSP concepts are introduced to allow easy referencing, readers are recommended to complete a basic course on "Signals and Systems" before attempting to use this book. This is also the first textbook that illustrates graphical programming for embedded processor using the latest LabVIEW Embedded Module for the ADI Blackfin Processors. A solutions manual is available for adopters of the book from the Wiley editorial department.

http://ivanlis.softor...folder/2332584

Whether seeking deeper knowledge of LabVIEW®'s capabilities or striving to build enhanced VIs, professionals know they will find everything they need in LabVIEW: Advanced Programming Techniques. Updated to reflect the functionalities and changes made to LabVIEW Version 8.0, this second edition delves deeply into the enhancements that continue to make LabVIEW one of the most popular and widely used graphical programming environments across the engineering community. LabVIEW's new features are by no means trivial and neither are the updates made to the new edition of this popular bestseller. The authors introduce the changes to the front panel controls, the Standard State Machine template, new drivers, the instrument I/O assistant, new error handling functions, hyperthreading, and Express VIs. A new chapter mirrors the introduction of the Shared Variables function in LabVIEW 8.0 and a new section explores the LabVIEW project view. The chapter on ActiveX was revised to include discussion of the Microsoft™ .NET® framework and new examples of programming in LabVIEW using .NET. Numerous illustrations and step-by-step explanations provide hands-on guidance. Reflecting not only changes to LabVIEW but also to the programming environment in general, LabVIEW: Advanced Programming Techniques, Second Edition remains an indispensable resource to help programmers take their LabVIEW knowledge to the next level.

http://ivanlis.softor...folder/3687609 (14.71 Мб)

Chapter 2. Interfaces Between Visual Basic and ANSI C, Visual C++, and Windows API
Chapter 3. Interfaces Between Matlab and ANSI C, Visual C++, Visual BASIC, and JAVA
Chapter 4. Interfaces Between Smalltalk and ANSI C, Visual C++, and Matlab

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Chapter 5. Interfaces Between LabView and ANSI C, Visual C++, and Visual Basic

Section 5.1.  Overview
Section 5.2.  The Architecture of the LabView Interface
Section 5.3.  Using LabWindows/CVI to Interface with ANSI C
Section 5.4.  A Simulated Example for Multiple Panels
Section 5.5.  Integrate 32-Bit LabWindows/CVI Library into MS VC++
Section 5.6.  Measurement Studio for Visual C++
Section 5.7.  Measurement Studio for Visual Basic
Section 5.8.  Chapter Summary

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Chapter 6. Interfaces Between Java and ANSI C, Visual C++, and Matlab
Chapter 7. Interfaces Between Perl and ANSI C, Visual C++

http://ivanlis.softor...folder/5364227 ( 13.29 Мб)