This paper presents an iterative procedure for reconstructing a scientific field by relating two relational methods. The procedure involves using geometric data analysis and network analysis in several steps. Blocks from block model analysis are projected into a space constructed by MCA, considered as subspaces using CSA, and subsequently inspected with regard to their manifest interaction structures. The findings allow us to examine the overall structure of a scientific field vis-à-vis the relative autonomies and eigenstructures of its subspaces and the homology-heterology relations they show to each other and the main space, thus providing a more differentiated view of the interplay of social spaces and networks.

中文翻译：

---

通过迭代互易映射集成几何数据分析和网络分析。德国社会学领域的例子


本文提出了一种通过关联两种关系方法重建科学领域的迭代过程。该过程涉及分几个步骤使用几何数据分析和网络分析。来自块模型分析的块被投影到 MCA 构建的空间中，使用 CSA 将其视为子空间，随后检查其明显的交互结构。这些发现使我们能够检查一个科学领域的整体结构，相对于其子空间的相对自主性和特征结构，以及它们彼此之间和主要空间之间表现出的同源-异源关系，从而为社会空间和网络的相互作用提供更差异化的观点。