Book contents
- Frontmatter
- Contents
- List of Tables
- List of Illustrations
- Preface
- Part I Networks, Relations, and Structure
- Part II Mathematical Representations of Social Networks
- Part III Structural and Locational Properties
- Part IV Roles and Positions
- 9 Structural Equivalence
- 10 Blockmodels
- 11 Relational Algebras
- 12 Network Positions and Roles'
- Part V Dyadic and Triadic Methods
- Part VI Statistical Dyadic Interaction Models
- Part VII Epilogue
- Appendix A Computer Programs
- Appendix B Data
- References
- Name Index
- Subject Index
- List of Notation
11 - Relational Algebras
from Part IV - Roles and Positions
Published online by Cambridge University Press: 05 June 2012
- Frontmatter
- Contents
- List of Tables
- List of Illustrations
- Preface
- Part I Networks, Relations, and Structure
- Part II Mathematical Representations of Social Networks
- Part III Structural and Locational Properties
- Part IV Roles and Positions
- 9 Structural Equivalence
- 10 Blockmodels
- 11 Relational Algebras
- 12 Network Positions and Roles'
- Part V Dyadic and Triadic Methods
- Part VI Statistical Dyadic Interaction Models
- Part VII Epilogue
- Appendix A Computer Programs
- Appendix B Data
- References
- Name Index
- Subject Index
- List of Notation
Summary
In this chapter we turn from methods for analyzing properties of actors and social positions to methods for analyzing properties of relations and the associations among relations. The methods we discuss in this chapter are concerned with the theoretical notion of social role, where social role is conceptualized as regular patterns in the relations between social positions. Our focus is on formalization of social role in network terms. Following the scheme that we presented in Chapter 9 (Figure 9.1) as an overview of positional and role analysis, this chapter considers methods for “grouping” relations. We will be traversing the horizontal paths, both on the top and bottom of the figure. The methods in this chapter depend on the notions of social position and the mathematical property of structural equivalence that we discussed in Chapters 9 and 10. However, they take a different perspective by focusing on relations, rather than on actors or subsets of actors.
As we saw in the previous chapter, interpreting the results of a positional analysis can be quite complicated when the analysis includes more than one relation. Distinct interpretations for separate relations become tedious and at times ad hoc. It is useful to have a unified and consistent approach for describing and modeling multiple relations and the associations among these relations. Association among relations means that some relations tend to link the same actors, or that the presence of one relation implies the presence of a second relation.
- Type
- Chapter
- Information
- Social Network AnalysisMethods and Applications, pp. 425 - 460Publisher: Cambridge University PressPrint publication year: 1994