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Home > Documents > Why should I trust you? - Tu.no...Definition 5. An Il-dimensional differentiable manifold M is an...

Why should I trust you? - Tu.no...Definition 5. An Il-dimensional differentiable manifold M is an...

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Member of the basefarm group Why should I trust you?

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Page 1: Why should I trust you? - Tu.no...Definition 5. An Il-dimensional differentiable manifold M is an Il-dimensional manifold equipped with a fixed differentiable structure. It is often

Member of the basefarm group

Why should I trust you?

Page 2: Why should I trust you? - Tu.no...Definition 5. An Il-dimensional differentiable manifold M is an Il-dimensional manifold equipped with a fixed differentiable structure. It is often

Page 3: Why should I trust you? - Tu.no...Definition 5. An Il-dimensional differentiable manifold M is an Il-dimensional manifold equipped with a fixed differentiable structure. It is often

Why should I trust a statistical model?

Page 4: Why should I trust you? - Tu.no...Definition 5. An Il-dimensional differentiable manifold M is an Il-dimensional manifold equipped with a fixed differentiable structure. It is often

Three waves of AI

Page 5: Why should I trust you? - Tu.no...Definition 5. An Il-dimensional differentiable manifold M is an Il-dimensional manifold equipped with a fixed differentiable structure. It is often

Black box AI

Page 6: Why should I trust you? - Tu.no...Definition 5. An Il-dimensional differentiable manifold M is an Il-dimensional manifold equipped with a fixed differentiable structure. It is often

Manifolds

Page 7: Why should I trust you? - Tu.no...Definition 5. An Il-dimensional differentiable manifold M is an Il-dimensional manifold equipped with a fixed differentiable structure. It is often

White box AI - transparent AI

Page 8: Why should I trust you? - Tu.no...Definition 5. An Il-dimensional differentiable manifold M is an Il-dimensional manifold equipped with a fixed differentiable structure. It is often

Local interpretable model-agnostic explanations

Page 9: Why should I trust you? - Tu.no...Definition 5. An Il-dimensional differentiable manifold M is an Il-dimensional manifold equipped with a fixed differentiable structure. It is often

From data to rules – and the other way around

Page 10: Why should I trust you? - Tu.no...Definition 5. An Il-dimensional differentiable manifold M is an Il-dimensional manifold equipped with a fixed differentiable structure. It is often

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