Research lattices: towards a scientific hypothesis data model

Bernardo Gonçalves, F. Porto
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引用次数: 2

Abstract

As the problems of scientific interest raise in scale and complexity, scientists have to tacitly manage too many analytic elements. Hypotheses are worked out to drive research towards successful explanation and prediction, which characterizes science as a dynamic activity that is partially ordered towards progress. This paper motivates and introduces research lattices, carrying out a lattice-theoretic approach for hypothesis representation and management in large-scale science and engineering. The goal of this work is to equip scientists with tools to manipulate and query hypotheses while keeping track of research progress. We refer to SciDB's array data model and discuss how data and theories could be managed in a unified model management framework.
研究格:走向科学假设数据模型
随着科学兴趣问题在规模和复杂性上的提高,科学家不得不默认地管理太多的分析元素。假设的提出是为了推动研究走向成功的解释和预测,这使科学成为一种动态的活动,部分地朝着进步的方向发展。本文激发并引入了研究格,为大规模科学与工程中的假设表示和管理提供了一种格理论方法。这项工作的目标是为科学家提供工具来操纵和质疑假设,同时跟踪研究进展。我们将参考SciDB的数组数据模型,并讨论如何在统一的模型管理框架中管理数据和理论。
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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