Instead, you’ll enjoy whatever the machine learning model interpreted as Opera singing. However, you won’t be hearing their voices. Technically speaking, Google made these artists record over 16 hours of singing to train what they call a Convolutional Neural Network. Christian Joel as Tenor, Frederick Tong as Bass, Joanna Gamble as Mezzo‑soprano, and Olivia Doutney as Soprano. The voice of 4 Opera artists, to be exact. The Blobs use the ultimate musical instrument, the human voice. Google might’ve named it Blob Opera with some inspiration from the four Blobs that appear as the artists. Must See: How to mirror Facetime Video calls on TV using Chromecast Yes, you can finally prove to your music teacher that you’re worthy. Well, it’s a means for you to showcase your Opera skills to the world. But what exactly is this new madness named Blob Opera. It seems he did what he did in collaboration with Google Arts and Culture, the best place to do such crazy stuff. A random guy named David Li has been using machine learning to do just that. Find them the next time you search on Google for winter holidays like "Hanukkah," "Christmas" and "Kwanzaa.Ever wondered about the crazy things we could do with machine learning. Google Arts & Culture has also created holiday-themed virtual colouring books.
The creative holiday fun doesn’t end there.
But no worries if you’re feeling a bit too shy to compose: You can also have the Blobs put on a festive performance while you sit back and enjoy classics like “Jingle Bells” and “O Holy Night.” The blobs respond and harmonise to your input in real time. The resulting experiment allows you to play Blob Opera, altering pitch & vowel sounds to create your own composition. In the experiment you don’t hear their voices, but rather the machine learning model’s understanding of what opera singing sounds like, based on what it learned from the opera singers. Tenor, Christian Joel, bass Frederick Tong, mezzo-soprano Joanna Gamble and soprano Olivia Doutney recorded many hours of singing. We developed a machine learning model trained on the voices of four opera singers in order to create an engaging experiment for everyone, regardless of musical skills. This experiment pays tribute to and explores the original musical instrument: the voice.
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