P+RProv: Prospective+Retrospective Provenance Graphs of Python Scripts

Vitor Gama Lemos, J. F. Pimentel, Bruno Erbisti, V. Braganholo
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Abstract

The evolution of technology has enabled scientists to advance the automation of scientific experiments. Many programming languages have become popular in the scientific environment, especially scripting languages, due to their high abstraction level and simplicity, allowing the specification of complex tasks in fewer steps than traditional programming languages. Due to these features, lots of scientists model their scientific experiments in scripting languages to ensure data management and results control. However, this type of experiment usually generates large volumes of data, making data analysis and threat mitigation difficult. To fill in this gap, we propose P+RProv, an approach to aid scientists in understanding the structure of Python scripts and their results.
P+RProv: Python脚本的前瞻性和回顾性来源图
技术的发展使科学家们能够推进科学实验的自动化。许多编程语言在科学环境中变得流行,特别是脚本语言,因为它们具有较高的抽象级别和简单性,允许在比传统编程语言更少的步骤中规范复杂的任务。由于这些特点,许多科学家用脚本语言对他们的科学实验进行建模,以确保数据管理和结果控制。然而,这种类型的实验通常会产生大量数据,使数据分析和减轻威胁变得困难。为了填补这一空白,我们提出了P+RProv,这是一种帮助科学家理解Python脚本结构及其结果的方法。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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