Mapping the ionosphere with the power of Android
AI

Mapping the ionosphere with the power of Android

The ionosphere is a swirling sea of charged particles that lies in Earth’s upper atmosphere. The ions accumulate when solar radiation collides with atmospheric gas molecules, knocking off some of their electrons. Variations in the free electron density across the ionosphere are one of the largest sources of error in satellite navigation systems such as […]

Mapping the ionosphere with the power of Android
AI

Towards a unified model for predicting human responses to diverse visual content

Human attention is intricately linked with and shapes decision-making behavior, such as subjective preferences and ratings. Yet prior research has often studied these in isolation. For example, there’s a large body of work on predictive models of human attention, which are known to be useful for various applications, ranging from reducing visual distraction to optimizing

Pushing the frontiers of audio generation
AI

Pushing the frontiers of audio generation

Research Published 30 October 2024 Authors Zalán Borsos, Matt Sharifi and Marco Tagliasacchi Our pioneering speech generation technologies are helping people around the world interact with more natural, conversational and intuitive digital assistants and AI tools. Speech is central to human connection. It helps people around the world exchange information and ideas, express emotions and

Mapping the ionosphere with the power of Android
AI

A return to hand-written notes by learning to read & write

Digital note-taking is gaining popularity, offering a durable, editable, and easily indexable way of storing notes in a vectorized form. However, a substantial gap remains between digital note-taking and traditional pen-and-paper note-taking, a practice still favored by a majority of people. Bridging this gap by converting a note taker’s physical writing into a digital form

New generative AI tools open the doors of music creation
AI

New generative AI tools open the doors of music creation

This work was made possible by core research and engineering efforts from Andrea Agostinelli, Zalán Borsos, George Brower, Antoine Caillon, Cătălina Cangea, Noah Constant, Michael Chang, Chris Deaner, Timo Denk, Chris Donahue, Michael Dooley, Jesse Engel, Christian Frank, Beat Gfeller, Tobenna Peter Igwe, Drew Jaegle, Matej Kastelic, Kazuya Kawakami, Pen Li, Ethan Manilow, Yotam Mann,

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