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Mappings Make Data Processing Go 'Round An Inter-paradigmatic Mapping Tutorial

机译:映射使数据处理成为一个范式间映射教程

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摘要

Whatever programming paradigm for data processing we choose, data has the tendency to live on the other side or to eventually end up there. The major paradigms for data processing are Cobol, object, relational and XML; each paradigm offers many facets and many versions; each paradigm provides specific forms of data models (object models, relational schemas, XML schemas, etc.). Each data-processing application depends on a horde of interrelated data models and artifacts that are derived from data models (such as data-access layers). Such conglomerations of data models are challenging due to paradigmatic impedance mismatches, performance requirements, loose-coupling requirements, and others. This ubiquitous problem calls for a good understanding of techniques for mappings between data models, actual data, and operations on data. This tutorial lists and discusses mapping scenarios, mapping techniques, impedance mismatches and research challenges regarding mappings.
机译:无论我们选择用于数据处理的编程范例如何,数据都有可能存在于另一端或最终落到那一边。数据处理的主要范例是Cobol,对象,关系和XML。每个范式都有许多方面和版本。每个范例都提供特定形式的数据模型(对象模型,关系模式,XML模式等)。每个数据处理应用程序都取决于大量相互关联的数据模型和从数据模型(例如数据访问层)派生的工件。由于范例性阻抗不匹配,性能要求,松散耦合要求等,数据模型的这种合并是具有挑战性的。这个普遍存在的问题要求对数据模型,实际数据和数据操作之间的映射技术有很好的了解。本教程列出并讨论了映射方案,映射技术,阻抗不匹配以及有关映射的研究挑战。

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