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Learning module descriptions
Labview programming techniques for audio signal processing
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Getting Started with LabVIEW -- Learn about the
LabVIEW programming environment, create your first virtual instrument (VI), learn about LabVIEW's graphical dataflowprogramming paradigm, become acquainted with some of LabVIEW's data types, and review some useful debugging techniques.
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Editing Tips for LabVIEW -- Learn how to efficiently create
and edit LabVIEW block diagrams and front panels.
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Essential Programming Structures in LabVIEW --
Learn how to work with LabVIEW's essential programming structures such as for-loops, while-loops, case structure,MathScript node, and diagram disable.
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Create a SubVI in LabVIEW --
A
subVI is equivalent to a function, subroutine, or method in other programming languages, and useful for
encapsulating code that will be reused multiple time. A subVI is also used to develop hierarchical programs.
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Arrays in LabVIEW --
Learn how to create and manipulate arrays, perform mathematical operations on them, and use spreadsheets to read andwrite arrays to the file system.
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Audio Output Using LabVIEW's "Play Waveform" Express VI --
Learn how to play an audio signal (1-D array) using your computer's soundcard.
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Audio Sources in LabVIEW --
Learn how to use the 'Sine Wave' subVI from the Signal Processing palette as an audio source.
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Reading and Writing Audio Files in LabVIEW --
Learn how to use LabVIEW to retrieve an audio signal from a WAV-format file, and how to save an audio signal that youhave created to a WAV-format file.
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Real-Time Audio Output in LabVIEW --
Learn how to set up the framework for your own LabVIEW application that can generate continuous audio output and respondto changes on the front panel in real time.
Introduction to audio and musical signals
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Perception of Sound --
A basic understanding of human perception of sound is vital if you wish to design music synthesis algorithms to achieve your goals.In this module, learn about pitch and frequency, intensity and amplitude, harmonics, and tuning systems. The treatment of these concepts
is oriented to the creation of music synthesis algorithms.
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Mini-Project: Musical Intervals and the Equal-Tempered Scale --
Learn about musical intervals, and discover the reason behind the choice of frequencies for the tuning system called "equal temperament."
Analog synthesis and modular synthesizers
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Analog Synthesis Modules --
Learn about analog synthesizer modules, the foundation for synthesizers based on analog electronics technology.While analog synthesis has largely been replaced by digital techniques, the concepts associated with analog modular synthesis(oscillators, amplifiers, envelope generators, and patches) still form the basis for many digital synthesis algorithms.
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Mini-Project: Compose a Piece of Music Using Analog Synthesizer Techniques --
Design sounds in LabVIEW using analog synthesis techniques. You will create two subVIs: one to implement an ADSR-style envelopegenerator and the other to create a multi-voice sound source. You will then create a top-level application VI to
render a simple musical composition as an audio file.
Questions & Answers
number of sport play by 50 student construct discrete data
width of the frangebany leaves on how to write a introduction
Solve the mean of variance
Step 1: Find the mean. To find the mean, add up all the scores, then divide them by the number of scores. ...
Step 2: Find each score's deviation from the mean. ...
Step 3: Square each deviation from the mean. ...
Step 4: Find the sum of squares. ...
Step 5: Divide the sum of squares by n – 1 or N.
kenneth
Is mistake done to something
Vutshila
What is the life teble
anas
statistics is the analyzing of data
how do you calculate mean
diveving the sum if all values
Shaynaynay
let A1,A2 and A3 events be independent,show that (A1)^c, (A2)^c and (A3)^c are independent?
data collected all over the world
Shaynaynay
construct a less than and more than table
The sample of 16 students is taken. The average age in the sample was 22 years with astandard deviation of 6 years. Construct a 95% confidence interval for the age of the population.
Bhartdarshan' is an internet-based travel agency wherein customer can see videos of the cities they plant to visit. The number of hits daily is a normally distributed random variable with a mean of 10,000 and a standard deviation of 2,400
a. what is the probability of getting more than 12,000 hits?
b. what is the probability of getting fewer than 9,000 hits?
Bhartdarshan'is an internet-based travel agency wherein customer can see videos of the cities they plan to visit. The number of hits daily is a normally distributed random variable with a mean of 10,000 and a standard deviation of 2,400.
a. What is the probability of getting more than 12,000 hits
Akshay
Sorry i want to learn more about this question
Bright
a= 0.20233
b=0.3384
Sufiyan
How do I interpret level of significance?
It depends on your business problem or in Machine Learning you could use ROC- AUC cruve to decide the threshold value
Shivam
how skewness and kurtosis are used in statistics
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Source:
OpenStax, Musical signal processing with labview (all modules). OpenStax CNX. Jan 05, 2010 Download for free at http://cnx.org/content/col10507/1.3
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