Benj Edwards / Ars Technica:
University of Zürich and Intel researchers reveal Swift, an autonomous drone trained via deep reinforcement learning to beat human champions in FPV drone racing  —  University creates the first autonomous system capable of beating humans at drone racing.

Benj Edwards / Ars Technica:
University of Zürich and Intel researchers reveal Swift, an autonomous drone trained via deep reinforcement learning to beat human champions in FPV drone racing  —  University creates the first autonomous system capable of beating humans at drone racing.

Benj Edwards / Ars Technica:
University of Zürich and Intel researchers reveal Swift, an autonomous drone trained via deep reinforcement learning to beat human champions in FPV drone racing  —  University creates the first autonomous system capable of beating humans at drone racing.

Benj Edwards / Ars Technica:
University of Zürich and Intel researchers reveal Swift, an autonomous drone trained via deep reinforcement learning to beat human champions in FPV drone racing  —  University creates the first autonomous system capable of beating humans at drone racing.

Benj Edwards / Ars Technica:
University of Zürich and Intel researchers reveal Swift, an autonomous drone trained via deep reinforcement learning to beat human champions in FPV drone racing  —  University creates the first autonomous system capable of beating humans at drone racing.

Benj Edwards / Ars Technica:
University of Zürich and Intel researchers reveal Swift, an autonomous drone trained via deep reinforcement learning to beat human champions in FPV drone racing  —  University creates the first autonomous system capable of beating humans at drone racing.

Benj Edwards / Ars Technica:
University of Zürich and Intel researchers reveal Swift, an autonomous drone trained via deep reinforcement learning to beat human champions in FPV drone racing  —  University creates the first autonomous system capable of beating humans at drone racing.

Benj Edwards / Ars Technica:
University of Zürich and Intel researchers reveal Swift, an autonomous drone trained via deep reinforcement learning to beat human champions in FPV drone racing  —  University creates the first autonomous system capable of beating humans at drone racing.

Benj Edwards / Ars Technica:
University of Zürich and Intel researchers reveal Swift, an autonomous drone trained via deep reinforcement learning to beat human champions in FPV drone racing  —  University creates the first autonomous system capable of beating humans at drone racing.

Benj Edwards / Ars Technica:
University of Zürich and Intel researchers reveal Swift, an autonomous drone trained via deep reinforcement learning to beat human champions in FPV drone racing  —  University creates the first autonomous system capable of beating humans at drone racing.

Benj Edwards / Ars Technica:
University of Zürich and Intel researchers reveal Swift, an autonomous drone trained via deep reinforcement learning to beat human champions in FPV drone racing  —  University creates the first autonomous system capable of beating humans at drone racing.

Benj Edwards / Ars Technica:
University of Zürich and Intel researchers reveal Swift, an autonomous drone trained via deep reinforcement learning to beat human champions in FPV drone racing  —  University creates the first autonomous system capable of beating humans at drone racing.

Benj Edwards / Ars Technica:
University of Zürich and Intel researchers reveal Swift, an autonomous drone trained via deep reinforcement learning to beat human champions in FPV drone racing  —  University creates the first autonomous system capable of beating humans at drone racing.