A Survey of Causal Inference Applications at Netflix
At Netflix, we want to entertain the world through creating engaging content and helping members discover the titles they will love. Key to that is understanding causal effects that connect changes we make in the product to indicators of member joy. To measure causal effects we rely heavily on AB testing, but we also leverage quasi-experimentation in cases where AB testing is limited. Many scienti
A Home For Results in ML
Rapid progress in machine learning has led to an exponential growth in the number of machine learning papers, with a new paper published every 15 minutes on average. This speed of development presents a challenge for our field: how do we stay up-to-date and filter through a growing mountain of papers and repositories? Our goal at Papers With Code is to capture all the results of machine learning i
Top Trends of Graph Machine Learning in 2020
SourceThe year 2020 has just started but we can already see the trends of Graph Machine Learning (GML) in the latest research papers. Below is my view on what will be important in 2020 for GML and the discussion of these papers. IntroductionThe goal of this article is not on introducing the basic concepts of GML such as graph neural networks (GNNs), but on…
機械学習で使われる評価関数まとめ - Qiita
はじめに 評価関数（評価指標）についてあやふやな理解だったので、代表的な評価関数をまとめてみました。 評価関数とはそもそもどんなものなのか、それぞれの評価関数はどんな意味を持つのか、実際に使う時のサンプルコードを簡単にまとめています。 評価関数の追加や内容の修正は下記でしています。 評価関数とは 評価関数とは学習させたモデルの良さを測る指標を指します。 目的関数との違い 機械学習を勉強していると、目的関数や損失関数、コスト関数などいろいろな名前を目にします。 まずは、目的関数との違いについて確認します。 目的関数 モデルの学習で最適化される関数 微分できる必要がある つまり、学習中に最適化されるのが目的関数、学習後に良さを確認するための指標が評価関数ということになります。 損失関数、コスト関数、誤差関数は目的関数の一部になるそうです。 （いくつか議論がありそうなのですが、ほとんど同じものと
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https://users.wpi.edu/~zzhang7/NENAD19_Karniadakis.pdf
Building 3D deep learning models with PyTorch3D
