Accessing, visualizing and analyzing heterogeneous plasma datasets has always been a tedious task that hindered students and senior researchers as well. Offering user friendly and versatile tools to perform basic research tasks is therefore pivotal for data centres including the Centre de Données de la Physique des Plasmas (CDPP http://www.cdpp.eu/) which holds a large variety of plasma data from various Earth, planetary and heliophysics missions and observatories in plasma physics. This clearly helps gaining increased attention, relevant feedback, and enhanced science return on data. These are the key ideas that crystallized at CDPP more than 15 years ago and resulted in the lay-out of the concepts, and then development, of AMDA, the Automated Multi-Dataset Analysis software (http://amda.cdpp.eu/). This paper gives a description of the architecture of AMDA, describes its functionalities, presents some use cases taken from the literature or fruitful collaborations and shows how it offers unique capabilities for educational purposes.

访问，可视化和分析异构血浆数据集一直是一项繁琐的工作，同时也阻碍了学生和高级研究人员的工作。因此，提供用户友好和通用的工具来执行基础研究任务对于数据中心至关重要，这些数据中心包括等离子物理物理学中心（CDPP http://www.cdpp.eu/），该中心可以存储来自各种形式的大量等离子数据等离子体物理学中的地球，行星和日物理任务和天文台。显然，这有助于获得更多的关注，相关的反馈以及增强的科学数据回报率。这些是15年前在CDPP上形成的关键思想，导致了概念的布局，然后开发了自动多数据集分析软件AMDA（http://amda.cdpp.eu/ ）。