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https://g.co/arts/MctFh9euoKpoAyLn8

# data[].attributes.attachment_link.description
Play a cello inspired instrument with Viola the Bird and the help of machine learning! An experiment by David Li.

# data[].attributes.attachment_link.readable_text
Viola the Bird is the world's first "bird-tuoso" in string instruments created by David Li who previously collaborated with Google Arts & Culture on Blob Opera.

Regardless of your musical ability, you can help Viola the Bird play its cello-inspired instrument, and take a playful musical journey from its home in the wild to the concert hall of its dreams.

David Li collaborated with cellists and violinists Ashok Klouda, Dave Larkin, Elizabeth Goble, Peter Wilson, Zhivko Georgiev and music arrangers Charles Mauleverer and Martin Batchelar to develop the experiment by training a neural network - a machine learning model that can be trained on data - to understand cello and violin compositions. The neural network was then applied to create a real-time audio synthesis engine that can generate the sounds of a cello or violin based on the player's input.

The result is an interactive music experiment that is both fun and educational.

# data[].attributes.attachment_link.description
Play a cello inspired instrument with Viola the Bird and the help of machine learning! An experiment by David Li.

# data[].attributes.attachment_link.readable_text
Viola the Bird is the world's first "bird-tuoso" in string instruments created by David Li who previously collaborated with Google Arts & Culture on Blob Opera.

Regardless of your musical ability, you can help Viola the Bird play its cello-inspired instrument, and take a playful musical journey from its home in the wild to the concert hall of its dreams.

David Li collaborated with cellists and violinists Ashok Klouda, Dave Larkin, Elizabeth Goble, Peter Wilson, Zhivko Georgiev and music arrangers Charles Mauleverer and Martin Batchelar to develop the experiment by training a neural network - a machine learning model that can be trained on data - to understand cello and violin compositions. The neural network was then applied to create a real-time audio synthesis engine that can generate the sounds of a cello or violin based on the player's input.

The result is an interactive music experiment that is both fun and educational.

# data[].attributes.attachment_link.description
Play a cello inspired instrument with Viola the Bird and the help of machine learning! An experiment by David Li.

# data[].attributes.attachment_link.description
Play a cello inspired instrument with Viola the Bird and the help of machine learning! An experiment by David Li.

# data[].attributes.attachment_link.description
Play a cello inspired instrument with Viola the Bird and the help of machine learning! An experiment by David Li.

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# data[].attributes.attachment_link.description
Play a cello inspired instrument with Viola the Bird and the help of machine learning! An experiment by David Li.

# data[].attributes.body
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# data[].attributes.attachment_link.description
Play a cello inspired instrument with Viola the Bird and the help of machine learning! An experiment by David Li.

# data[].attributes.attachment_link.description
Play a cello inspired instrument with Viola the Bird and the help of machine learning! An experiment by David Li.

# data[].attributes.attachment_link.description
Play a cello inspired instrument with Viola the Bird and the help of machine learning! An experiment by David Li.

# data[].attributes.attachment_link.description
Play a cello inspired instrument with Viola the Bird and the help of machine learning! An experiment by David Li.

# data[].attributes.attachment_link.description
Play a cello inspired instrument with Viola the Bird and the help of machine learning! An experiment by David Li.

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https://g.co/arts/UmapUi2thggBcNMa7

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Play a cello inspired instrument with Viola the Bird and the help of machine learning! An experiment by David Li.

# data[].attributes.attachment_link.description
Play a cello inspired instrument with Viola the Bird and the help of machine learning! An experiment by David Li.

# data[].attributes.attachment_link.description
Play a cello inspired instrument with Viola the Bird and the help of machine learning! An experiment by David Li.

# data[].attributes.attachment_link.description
Play a cello inspired instrument with Viola the Bird and the help of machine learning! An experiment by David Li.

# data[].attributes.attachment_link.readable_text
Viola the Bird is the world's first "bird-tuoso" in string instruments created by David Li who previously collaborated with Google Arts & Culture on Blob Opera.

Regardless of your musical ability, you can help Viola the Bird play its cello-inspired instrument, and take a playful musical journey from its home in the wild to the concert hall of its dreams.

David Li collaborated with cellists and violinists Ashok Klouda, Dave Larkin, Elizabeth Goble, Peter Wilson, Zhivko Georgiev and music arrangers Charles Mauleverer and Martin Batchelar to develop the experiment by training a neural network - a machine learning model that can be trained on data - to understand cello and violin compositions. The neural network was then applied to create a real-time audio synthesis engine that can generate the sounds of a cello or violin based on the player's input.

The result is an interactive music experiment that is both fun and educational.

# data[].attributes.attachment_link.description
Play a cello inspired instrument with Viola the Bird and the help of machine learning! An experiment by David Li.

# data[].attributes.attachment_link.description
Play a cello inspired instrument with Viola the Bird and the help of machine learning! An experiment by David Li.

# data[].attributes.attachment_link.description
Play a cello inspired instrument with Viola the Bird and the help of machine learning! An experiment by David Li.

# data[].attributes.body
https://g.co/arts/nKW1TWRrE3mx5L3o7

# data[].attributes.attachment_link.description
Play a cello inspired instrument with Viola the Bird and the help of machine learning! An experiment by David Li.

# data[].attributes.attachment_link.description
Play a cello inspired instrument with Viola the Bird and the help of machine learning! An experiment by David Li.

# data[].attributes.attachment_link.description
Play a cello inspired instrument with Viola the Bird and the help of machine learning! An experiment by David Li.

# data[].attributes.attachment_link.description
Play a cello inspired instrument with Viola the Bird and the help of machine learning! An experiment by David Li.

# data[].attributes.body
https://g.co/arts/kZbehddFEjnFMKVs8

# data[].attributes.attachment_link.description
Play a cello inspired instrument with Viola the Bird and the help of machine learning! An experiment by David Li.

# data[].attributes.attachment_link.readable_text
Viola the Bird is the world's first "bird-tuoso" in string instruments created by David Li who previously collaborated with Google Arts & Culture on Blob Opera.

Regardless of your musical ability, you can help Viola the Bird play its cello-inspired instrument, and take a playful musical journey from its home in the wild to the concert hall of its dreams.

David Li collaborated with cellists and violinists Ashok Klouda, Dave Larkin, Elizabeth Goble, Peter Wilson, Zhivko Georgiev and music arrangers Charles Mauleverer and Martin Batchelar to develop the experiment by training a neural network - a machine learning model that can be trained on data - to understand cello and violin compositions. The neural network was then applied to create a real-time audio synthesis engine that can generate the sounds of a cello or violin based on the player's input.

The result is an interactive music experiment that is both fun and educational.

# data[].attributes.attachment_link.description
Play a cello inspired instrument with Viola the Bird and the help of machine learning! An experiment by David Li.

# data[].attributes.attachment_link.readable_text
Viola the Bird is the world's first "bird-tuoso" in string instruments created by David Li who previously collaborated with Google Arts & Culture on Blob Opera.

Regardless of your musical ability, you can help Viola the Bird play its cello-inspired instrument, and take a playful musical journey from its home in the wild to the concert hall of its dreams.

David Li collaborated with cellists and violinists Ashok Klouda, Dave Larkin, Elizabeth Goble, Peter Wilson, Zhivko Georgiev and music arrangers Charles Mauleverer and Martin Batchelar to develop the experiment by training a neural network - a machine learning model that can be trained on data - to understand cello and violin compositions. The neural network was then applied to create a real-time audio synthesis engine that can generate the sounds of a cello or violin based on the player's input.

The result is an interactive music experiment that is both fun and educational.

# data[].attributes.attachment_link.description
Play a cello inspired instrument with Viola the Bird and the help of machine learning! An experiment by David Li.

# data[].attributes.body
18

# data[].attributes.attachment_link.description
Play a cello inspired instrument with Viola the Bird and the help of machine learning! An experiment by David Li.

# data[].attributes.attachment_link.description
Play a cello inspired instrument with Viola the Bird and the help of machine learning! An experiment by David Li.

# data[].attributes.attachment_link.readable_text
Viola the Bird is the world's first "bird-tuoso" in string instruments created by David Li who previously collaborated with Google Arts & Culture on Blob Opera.

Regardless of your musical ability, you can help Viola the Bird play its cello-inspired instrument, and take a playful musical journey from its home in the wild to the concert hall of its dreams.

David Li collaborated with cellists and violinists Ashok Klouda, Dave Larkin, Elizabeth Goble, Peter Wilson, Zhivko Georgiev and music arrangers Charles Mauleverer and Martin Batchelar to develop the experiment by training a neural network - a machine learning model that can be trained on data - to understand cello and violin compositions. The neural network was then applied to create a real-time audio synthesis engine that can generate the sounds of a cello or violin based on the player's input.

The result is an interactive music experiment that is both fun and educational.

# data[].attributes.attachment_link.description
Play a cello inspired instrument with Viola the Bird and the help of machine learning! An experiment by David Li.

# data[].attributes.attachment_link.description
Play a cello inspired instrument with Viola the Bird and the help of machine learning! An experiment by David Li.

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https://g.co/arts/GhUYQhGxQrr2Cd8j7

# data[].attributes.attachment_link.description
Play a cello inspired instrument with Viola the Bird and the help of machine learning! An experiment by David Li.

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https://g.co/arts/E9NGmoG31sgcUwCdA

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Play a cello inspired instrument with Viola the Bird and the help of machine learning! An experiment by David Li.

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Play a cello inspired instrument with Viola the Bird and the help of machine learning! An experiment by David Li.

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Play a cello inspired instrument with Viola the Bird and the help of machine learning! An experiment by David Li.

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Play a cello inspired instrument with Viola the Bird and the help of machine learning! An experiment by David Li.