Skip to content

Commit 647a759

Browse files
justinsalamonjustinsalamon
committed
Rename appendix to resources
1 parent a78a7fa commit 647a759

File tree

5 files changed

+216
-5
lines changed

5 files changed

+216
-5
lines changed

‎book/_toc.yml

Lines changed: 5 additions & 5 deletions
Original file line numberDiff line numberDiff line change
@@ -45,10 +45,10 @@
4545
- file: conclusions/applications
4646
- file: conclusions/concluding_remarks
4747

48-
- part: Appendix
48+
- part: Resources
4949
chapters:
5050
- file: zzz_refs
51-
- file: appendix/resources
52-
- file: appendix/cite_this
53-
- file: appendix/acknowledgements
54-
- file: appendix/authors
51+
- file: resources/reading
52+
- file: resources/cite_this
53+
- file: resources/acknowledgements
54+
- file: resources/authors

‎book/resources/acknowledgements.md

Lines changed: 88 additions & 0 deletions
Original file line numberDiff line numberDiff line change
@@ -0,0 +1,88 @@
1+
Acknowledgements
2+
================
3+
4+
5+
## Open Source Contributors
6+
7+
This tutorial would not exist if not for the many people who have graciously
8+
contributed their time and expertise to the open source projects that we
9+
showcase. We want use this page to acknowledge the great work that they have
10+
done.
11+
12+
### nussl
13+
14+
- Ethan Manilow
15+
- Prem Seetharaman
16+
- Fatemeh Pishdadian
17+
- Nathan Shelly
18+
- Andreas Bugler
19+
- Bryan Pardo
20+
- Corey Grief
21+
- Daniel Felix Kim
22+
- Ben Kalish
23+
24+
### Scaper
25+
26+
- Justin Salamon
27+
- Prem Seetharaman
28+
- Duncan MacConnell
29+
- Mark Cartwright
30+
- Peter Li
31+
- Juan Pablo Bello
32+
33+
34+
### Other Projects
35+
36+
Additionally, we want to thank the maintainers and contributors of these amazing
37+
open source projects:
38+
39+
- librosa
40+
- matplotlib
41+
- numpy
42+
- scipy
43+
- scikit-learn
44+
- pytorch
45+
- pytorch-ignite
46+
- soundfile
47+
- mir_eval
48+
- open_unmix
49+
- asteroid
50+
- demucs
51+
- gif
52+
- gradio
53+
- pyloudnorm
54+
- Spleeter
55+
- Wave-U-Net
56+
57+
58+
59+
## Images
60+
61+
The authors have used the following images from the [Noun Project](https://thenounproject.com/):
62+
63+
- "Mixing Board" by Nick Dominguez
64+
- "Overdrive Pedal" by Joel Wisneski
65+
- "Guitar Amplifier" by Premyslav
66+
- "Microphone" by Olena Panasovska
67+
- "Singer" by Gan Khoon Lay
68+
- "Bass Guitar" by Marvdrock
69+
- "Drum" by Hopkins
70+
- "Microphone" by IconMark
71+
- "piano keyboard" by b farias
72+
73+
74+
## Special Thanks
75+
76+
The authors want to acknowledge the many members of the community who graciously
77+
let us use parts of their work in this book. Their names are placed throughout
78+
the text.
79+
80+
We also want to thank these people, without whom we would not be able to write
81+
this book:
82+
83+
- Bryan Pardo
84+
- Jonathan Le Roux
85+
- Gordon Wichern
86+
87+
88+

‎book/resources/authors.md

Lines changed: 37 additions & 0 deletions
Original file line numberDiff line numberDiff line change
@@ -0,0 +1,37 @@
1+
About the Authors
2+
=================
3+
4+
5+
**Ethan Manilow** is a PhD candidate in Computer Science at Northwestern
6+
University under advisor Prof. Bryan Pardo. His research lies in the
7+
intersection of signal processing and machine learning, with a focus on source
8+
separation, automatic music transcription, and open source datasets and
9+
applications. Previously he was an intern at Mitsubishi Electric Research Labs
10+
(MERL) and at Google Magenta. He is one of the lead developers of nussl, an
11+
open source audio separation library.
12+
13+
[website.](https://ethman.github.io/) [twitter.](https://twitter.com/ethanmanilow)
14+
15+
16+
**Prem Seetharaman** is a research scientist at Descript in San Francisco.
17+
Previously, he was a teaching fellow at Northwestern University, where he
18+
received his PhD in 2019 advised by Bryan Pardo. The objective of his research
19+
is to create machines that can understand the auditory world. He works in
20+
computer audition, machine learning, and human computer interaction. He is one
21+
of the lead developers of nussl, an open source audio separation library, and
22+
Scaper, a library for soundscape generation & augmentation.
23+
24+
[website.](https://pseeth.github.io/) [twitter.](https://twitter.com/pseetharaman)
25+
26+
27+
**Justin Salamon** is a research scientist and member of the Audio Research
28+
Group at Adobe Research in San Francisco. Previously he was a senior research
29+
scientist at the Music and Audio Research Laboratory and Center for Urban
30+
Science and Progress of New York University. His research focuses on the
31+
application of machine learning and signal processing to audio & video, with
32+
applications in machine listening, representation learning & self-supervision,
33+
music information retrieval, bioacoustics, environmental sound analysis and
34+
open-source software & data. He is the lead developer of Scaper, a library for
35+
soundscape generation & augmentation.
36+
37+
[website.](https://www.justinsalamon.com/) [twitter.](https://twitter.com/justin_salamon)

‎book/resources/glossary.md

Lines changed: 64 additions & 0 deletions
Original file line numberDiff line numberDiff line change
@@ -0,0 +1,64 @@
1+
Glossary
2+
========
3+
4+
<!-- We have to alphabetize this ourselves.. :-/ -->
5+
6+
```{glossary}
7+
8+
Beamforming
9+
A related, but separate area of research that tries to estimate isolate sources
10+
using multiple recordings of an auditory scene from different angles and locations.
11+
12+
DFT
13+
"Discrete Fourier Transform"
14+
15+
Downsample
16+
Resample an audio signal such that the sample rate is lower than it originally
17+
was.
18+
19+
Mono
20+
An audio signal is _monophonic_, or _mono_, if it only has one channel of audio data.
21+
22+
Monophonic
23+
An audio signal is _monophonic_, or _mono_, if it only has one channel of audio data.
24+
25+
Sample
26+
A single measurement from a continuous-time signal that becomes a
27+
discrete-time signal.
28+
29+
Sample Rate
30+
The number of digital samples that occur per second.
31+
32+
Short-time Fourier Transform (STFT)
33+
A time-frequency representation that has phase and magnitude.
34+
35+
Stereo
36+
An audio signal is _stereophonic_, or _stereo_, if it has exactly two channels of audio data.
37+
38+
Stereophonic
39+
An audio signal is _stereophonic_, or _stereo_, if it has exactly two channels of audio data.
40+
41+
STFT
42+
"Short-time Fourier Transform"
43+
44+
TF
45+
"Time-Frequency"
46+
47+
TF bin
48+
A single value in a Time-Frequency matrix.
49+
50+
TF Representation
51+
A general term for any 2D representation of audio that represents time along
52+
one axis and frequency (or pitch) along the other. This might be an STFT, a
53+
spectrogram, CQT, LogMel-Spectrogram, etc.
54+
55+
Upsample
56+
Resample an audio signal such that the sample rate is higher than it originally
57+
was.
58+
59+
Waveform
60+
A
61+
62+
63+
64+
```

‎book/resources/reading.md

Lines changed: 22 additions & 0 deletions
Original file line numberDiff line numberDiff line change
@@ -0,0 +1,22 @@
1+
Additional Reading
2+
==================
3+
4+
5+
## Source Separation
6+
7+
Additional resources for learning more about source separation:
8+
9+
- [SigSep Website](https://sigsep.github.io/)
10+
- [DCASE Task 4 - Environmental Sound Separation](http://dcase.community/challenge2020/task-sound-event-detection-and-separation-in-domestic-environments-results)
11+
- [Emmanuel Vincent's website](https://members.loria.fr/EVincent/keynotes-tutorials-and-press/)
12+
13+
## Learning about Music Information Retrieval (MIR)
14+
15+
Other resources useful for further exploration of MIR topics:
16+
17+
- [Music Information Retrieval](https://musicinformationretrieval.com/) website
18+
- [Prof. Bryan Pardo's class on Machine Perception of Music](https://interactiveaudiolab.github.io/teaching/eecs352.html)
19+
- [Prof. Alexander Lerch's Audio Content Analysis](https://www.audiocontentanalysis.org/) website
20+
- [Coursera Course on Audio Signal Procesing for Musical Applications](https://www.coursera.org/learn/audio-signal-processing)
21+
- [Prof. Julius O. Smith III's Online DSP Textbooks](https://ccrma.stanford.edu/~jos/)
22+
- [Fabian-Robert Stöter's Awesome Python Scientific Audio Github list](https://github.com/faroit/awesome-python-scientific-audio)

0 commit comments

Comments
 (0)