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Questions tagged [python]

Python is a high-level interpreted general programming language. Python has popular numerical and scientific libraries/packages, most notably numpy and scipy. The scipy.signal package is a powerful signal processing software collection. This tag covers the use of numpy, scipy, and other Python packages often used for SP computations.

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1 answer
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I'm trying to replicate MATLAB's imresize behavior in Python using skimage.transform.resize. Here's my test case: Python ...
Researcher's user avatar
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0 answers
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I'm new to digital signal processing and would like to know how to make a QAM-M modem that generates proper passband signal and saves it as a WAV file. The tool should allow me to specify the carrier ...
MDdiamond's user avatar
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1 answer
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I’m working on a machine learning project where I need to classify very short audio clips (about 4 seconds each) into two categories: repeating song: clips that contain a repeating musical pattern. ...
Geoffrey R.'s user avatar
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apologies for what is maybe a silly newbie question, but my problem is I have a real-time feed of audio tones from a detector, and I want to classify them into maybe 3 or 4 buckets, eg not interested, ...
Mark Warren's user avatar
2 votes
1 answer
66 views

I am trying to implement the research paper linked here: Converted Measurements Random Matrix Approach to Extended Target Tracking Using X-band Marine Radar Data I’ve managed to code the prediction ...
hwhorf's user avatar
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I am using python to play around with my own implementation of the ACF. I am aware of how the autocorrelation function can have quantization error due to integer values of lag being used to calculate ...
Rahul Singh's user avatar
1 vote
0 answers
80 views

Some introductory remarks I'm playing with a real-world harmonic oscillator (a torsion pendulum) of the form $$ M\ddot x(t) + M\Gamma\dot x(t) + \frac{K}{M}x(t) = F_{\mathrm d}\cos(\omega_{\mathrm d}t)...
GeometriaDifferenziale's user avatar
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0 answers
49 views

I have the discrete window signal $a\left[n\right]=\begin{cases}1 & \left|n\right|<100\\0 & 100\leq\left|n\right|\leq1000\end{cases}$ with the respective Fourier coefficients $a_k=\frac{\...
Nate3384's user avatar
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