Skip to content.
|
Skip to navigation
Log In
Contact Us
Report a Bug
Search Site
Connexions
Sections
Home
Content
Lenses
About Us
Help
MyCNX
You are here:
Home
Content tagged with:
LabVIEW
(What are
modules
and
collections
?)
Sort by:
Popularity
Language
Revision Date
Title
Type
Results per page:
10
25
100
View:
Detail
|
Compact
|
Statistics
« Previous
10
1
2
[
3
]
Exploring QAM using LabView Simulation
(m14499)
Author:
Robert Kubichek
Keywords:
LabView
,
QAM
,
Quadrature Amplitude Modulation
,
Simulation
Summary:
This module explores the topic of Quadrature Amplitude Modulation (QAM) through the use of National Instrument’s LabView Modulation Toolkit. The QAM Transceiver simulation tool provides an excellent tool for learning about the most important aspects of QAM. This module first reviews basic theory of QAM, and then presents a ... pulse shaping.
[Expand Summary]
This module explores the topic of Quadrature Amplitude Modulation (QAM) through the use of National Instrument’s LabView Modulation Toolkit. The QAM Transceiver simulation tool provides an excellent tool for learning about the most important aspects of QAM. This module first reviews basic theory of QAM, and then presents a series of simple exercises designed to introduce the reader to basic concepts such as noise, bandwidth, and pulse shaping.
[Collapse Summary]
Subject:
Science and Technology
Language:
English
Popularity:
95.29%
Revised:
2007-05-04
Revisions:
New
Musical Signal Processing with LabVIEW -- Programming Techniques for Audio Signal Processing
(col10440)
Author:
Ed Doering
Keywords:
arrays
,
audio files
,
audio input/output
,
editing tips
,
LabVIEW tutorial
,
programming structures
Summary:
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 LabVIEW".
[Expand Summary]
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 series "Musical Signal Processing with LabVIEW".
[Collapse Summary]
Subject:
Science and Technology
Language:
English
Popularity:
93.83%
Revised:
2007-07-18
Revisions:
New
Musical Signal Processing with LabVIEW (All Modules)
(col10507)
Author:
Sam Shearman
Institution:
Rose-Hulman Institute of Technology
Keywords:
LabVIEW
,
Music
,
National Instruments
,
Signal Processing
,
sound synthesis
Summary:
"Musical Signal Processing with LabVIEW," a multimedia educational resource for students and faculty, augments traditional DSP courses and supports dedicated courses in music synthesis and audio signal processing. Each of the learning modules blends video, text, sound clips, and LabVIEW virtual instruments (VIs) into explanation of theory and concepts, demonstration ... modules. ***
[Expand Summary]
"Musical Signal Processing with LabVIEW," a multimedia educational resource for students and faculty, augments traditional DSP courses and supports dedicated courses in music synthesis and audio signal processing. Each of the learning modules blends 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. *** Unlike other collections that contain sub-sets of modules from this course, this collection contains all modules. ***
[Collapse Summary]
Subject:
Science and Technology
Language:
English
Popularity:
85.83%
Revised:
2010-01-05
Revisions:
3
Quadrature Amplitude Modulation (QAM) Experiments Using the National Instruments PXI-based Vector Signal Analyzer
(m14500)
Author:
Robert Kubichek
Keywords:
3D Eye Diagram
,
LabView
,
National Instruments PXI
,
QAM
,
Vector Signal Analyzer
Summary:
This module discusses the use of National Instruments PXI system for understanding QAM signal transmission. The PXI system discussed here has been configured as a software-defined transmitter/receiver system and is used to implement both a spectrum analyzer and a vector signal analyzer under LabView control. It is thus extremely ... signals work.
[Expand Summary]
This module discusses the use of National Instruments PXI system for understanding QAM signal transmission. The PXI system discussed here has been configured as a software-defined transmitter/receiver system and is used to implement both a spectrum analyzer and a vector signal analyzer under LabView control. It is thus extremely well suited for studying and learning how QAM signals work.
[Collapse Summary]
Subject:
Science and Technology
Language:
English
Popularity:
94.60%
Revised:
2007-05-04
Revisions:
New
Interactive Ball and Beam Experiment
(m14028)
Author:
Erik Luther
Summary:
The ball and beam experiment represents a simple second order system. This system is easily simulated using four states, but is more difficult to implement in real-life because not all necessary variables are easily observed. This simulation assumes all four states are easily observed and the system is linear ... Simulation Module.
[Expand Summary]
The ball and beam experiment represents a simple second order system. This system is easily simulated using four states, but is more difficult to implement in real-life because not all necessary variables are easily observed. This simulation assumes all four states are easily observed and the system is linear throught the operating region. The plant model and the controller of the system are simulated in LabVIEW using the LabVIEW Simulation Module.
[Collapse Summary]
Subject:
Science and Technology
Language:
English
Popularity:
89.71%
Revised:
2009-04-01
Revisions:
8
Texting Over the Speaker-Air-Microphone (SAM) Channel
(m18670)
Author:
Ed Doering
Keywords:
amplitude shift keying
,
ASK
,
bitstream regeneration
,
bit synchronizer
,
envelope detector
,
frame synchronization
,
LabVIEW
,
preamble
,
receiver
,
receiver filter
,
speaker-air-microphone channel
,
text messaging
,
transmitter
Summary:
Texting and instant messaging are familiar and popular communication techniques. Text messages composed of ASCII characters, with each character composed of eight bits, ultimately form a stream of bits transmitted from the source to the receiver. Normally the text message moves through a complex data network, and the user only ... ASK receiver.
[Expand Summary]
Texting and instant messaging are familiar and popular communication techniques. Text messages composed of ASCII characters, with each character composed of eight bits, ultimately form a stream of bits transmitted from the source to the receiver. Normally the text message moves through a complex data network, and the user only sees the endpoints of the system. In this project, however, you will be able to follow the text message on its complete journey through a binary ASK transmitter, a speaker-air-microphone (SAM) channel, and a binary ASK receiver.
[Collapse Summary]
Subject:
Science and Technology
Language:
English
Popularity:
89.75%
Revised:
2008-11-29
Revisions:
New
PAM Transmitter and Receiver Implementing Coherent Detection
(m18652)
Author:
Ed Doering
Keywords:
additive white Gaussian noise
,
AWGN
,
BER
,
bit error rate
,
coherent detection
,
correlator
,
Eb/No
,
integrate-and-dump
,
LabVIEW
,
PAM
,
point-by-point processing
,
pulse amplitude modulation
,
signal point mapper
,
signal to noise ratio
,
stacked chart
,
transmit filter
Summary:
The integrate-and-dump detector is fundamental to coherent detection, the optimal receiver technique that minimizes bit error rate (BER) for a given signal-to-noise ratio Eb/No. In this project develop a pulse amplitude (PAM) transmitter based on a transmit filter to map a bitstream onto a signaling waveform ... coherent detection.
[Expand Summary]
The integrate-and-dump detector is fundamental to coherent detection, the optimal receiver technique that minimizes bit error rate (BER) for a given signal-to-noise ratio Eb/No. In this project develop a pulse amplitude (PAM) transmitter based on a transmit filter to map a bitstream onto a signaling waveform (rectangular and Manchester pulse shapes), an additive white Gaussian noise (AWGN) channel, and a receiver that implements integrate-and-dump detection. All waveforms throughout the signal processing chain are presented as a stacked chart indicator with a speed control to permit generated waveforms to be studied slowly (i.e., the integrator output ramping up or down) or quickly to process long message bitstreams. Visualizing the critical system signals as waveforms facilitates exploration of the effects of specific values of BER and Eb/No, and promotes deeper understanding of coherent detection.
[Collapse Summary]
Subject:
Science and Technology
Language:
English
Popularity:
96.19%
Revised:
2008-11-29
Revisions:
2
« Previous
10
1
2
[
3
]
Popularity is measured as percentile rank of page views/day over all time
My Account
Username
Password
Cookies are not enabled. You must
enable cookies
before you can log in.
Get an account
Forgot your password?
Connexions News
World Innovation Summit for Education recognizes Connexions as leader in education
2011-09-27
Calling All Authors! The Connexions Community Google Group
2011-07-26
Open Educational Resources (OER) Webinar Series
2011-07-15
More news…