LREC 2006 - Proceedings sorted by papers

Title	Hierarchical Relationships "is-a": Distinguishing Belonging, Inclusion and Part/of Relationships.
Authors	C. Jouis
Abstract	In thesauri, conceptual structures or semantic networks, relationships are too often vague. For instance, in terminology, the relationships between concepts are often reduced to the distinction established by standard (ISO 704, 1987) and (ISO 1087, 1990) between hierarchical relationships (genus-species relationships and part/whole relationships) and non-hierarchical relationships (“time, space, causal relationships, etc.”). The semantics of relationships are vague because the principal users of these relationships are industrial actors (translators of technical handbooks, terminologists, data-processing specialists, etc.). Nevertheless, the consistency of the models built must always be guaranteed... One possible approach to this problem consists in organizing the relationships in a typology based on logical properties. For instance, we typically use only the general relation “Is-a”. It is too vague. We assume that general relation “Is-a” is characterized by asymmetry. This asymmetry is specified in: (1) the belonging of one individualizable entity to a distributive class, (2) Inclusion among distributive classes and (3) relation part of (or “composition”).
Keywords
Full paper	Hierarchical Relationships "is-a": Distinguishing Belonging, Inclusion and Part/of Relationships.

Title

Hierarchical Relationships "is-a": Distinguishing Belonging, Inclusion and Part/of Relationships.

Authors

C. Jouis

Abstract

In thesauri, conceptual structures or semantic networks, relationships are too often vague. For instance, in terminology, the relationships between concepts are often reduced to the distinction established by standard (ISO 704, 1987) and (ISO 1087, 1990) between hierarchical relationships (genus-species relationships and part/whole relationships) and non-hierarchical relationships (“time, space, causal relationships, etc.”). The semantics of relationships are vague because the principal users of these relationships are industrial actors (translators of technical handbooks, terminologists, data-processing specialists, etc.). Nevertheless, the consistency of the models built must always be guaranteed... One possible approach to this problem consists in organizing the relationships in a typology based on logical properties. For instance, we typically use only the general relation “Is-a”. It is too vague. We assume that general relation “Is-a” is characterized by asymmetry. This asymmetry is specified in: (1) the belonging of one individualizable entity to a distributive class, (2) Inclusion among distributive classes and (3) relation part of (or “composition”).

Keywords

Full paper

Hierarchical Relationships "is-a": Distinguishing Belonging, Inclusion and Part/of Relationships.