ELI5 is a Python package which helps to debug machine learning classifiers and explain their predictions. It provides support for the following machine learning frameworks and packages: …

ELI5 is a Python package which helps to debug machine learning classifiers and explain their predictions. It provides support for the following machine learning frameworks and packages: scikit-learn.

2023年7月16日 · ELI5 (Explain Like I'm Five， 解释给五岁小孩听)是一个Python库，它可以 帮助调试机器学习分类器 并 解释它们的预测。 它使 机器学习 模型更具可解释性，允许使用 统一的API可视化和调试 各种机器学习模型。 它内置了对几种ML框架的支持，并提供了一种 解释黑盒模型 的方法。 ELI5 (Explain Like I'm 5) 重点关注各 种回归和分类模型的预测解释性，并支持 scikit-learn 、Keras、XGBoost、LightGBM等模型库，主要目标是通过 权重 和 特征贡献 等信息来解 …

The E5 Experimental Area of ELI-NP has been successfully commissioned and set in operation by the year 2022. For the current User Call, the system is now optimized for running both short and long focal experiments with a single beam, while two …

ELI5 is a Python library which allows to visualize and debug various Machine Learning models using unified API. It has built-in support for several ML frameworks and provides a way to explain black-box models. Why? License is MIT. © Copyright 2016-2017, Mikhail Korobov, Konstantin Lopuhin. Built with Sphinx using a theme provided by Read the Docs.

Open Source and other models. 1.

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ELI5 is a dataset for long-form question answering. It contains 270K complex, diverse questions that require explanatory multi-sentence answers. Web search results are used as evidence documents to answer each question. ELI5 is also a task in Dodecadialogue.

The ADONIS-LUIS research activity aims to deliver the incoherent undulator photon ‘water-window’ radiation to the users with step-by-step improving the electron beam parameters to reach the requirements determined by the SASE free-electron laser operation.

ELI–BIC = 4 x highly efficient Frisch gridded twin ionization chambers (mass, charge, kinetic energy of fission fragments) + 8 E–ΔE telescopes study of fission barrier (sub-barrier transmission resonances, states in the SD and HD minima, fine structure of isomeric shelf)