A Model of Spatial Semantics

The relevance of the article is due to the importance of studying spatial semantics in the new scientific paradigm. The possibility of studying genre varieties of description (description-landscape, description-interior, description-portrait, description of the subject) using frame analysis is indicated in the article. Considerable attention is paid to the classification of spatial verb description predicates. It is noted that the unflagging interest in verbal units in modern linguistics, with unsteady classification grounds, different numbers of distinguished verb classes and terminological differences in describing the object, indicates the need to compile a classification of verb predicates based on the principles of linguocognitology. The study of the semantics of verb predicates of descriptive text, the identification of integrating and differential seme, contributing to the isolation of various lexical-semantic groups of verb predicates and building the patterns implemented in the description of spatial relationships appears to be significant. The attention is focused on the need to integrate linguistic, physiological and psychological knowledge in the study of the predicative component of a descriptive text. Such integration is embodied in the idea of spatial discrimination through all sensory systems and the division of spatial predicates into units of visual, auditory, olfactory, tactile, taste and undifferentiated perception. It is established that in the case of using predicates of intermodal semantics, spatial significance is realized in terms of “proximity” / “remoteness” of the source objects of the corresponding sensations.

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Expressing prospective location in French: rethinking Vandeloise’s ‘principle of anticipation’

Journal of French Language Studies ◽

10.1017/s0959269521000119 ◽

2021 ◽

pp. 1-28

Author(s):

Mark Tutton

Keyword(s):

Verbs Of Motion ◽

Key Factor ◽

Locative Prepositions ◽

Spatial Entity ◽

Spatial Semantics

Abstract Vandeloise’s (1987, 2017) principle of anticipation proposes that French verbs of motion can enable prospective readings of static locative prepositions. However, it has little to say about verbs of motion that do not have a prospective verbal reference place (VRP): that is, to what extent are verbs of initial polarity like partir and s’enfuir able to trigger prospective readings of prepositions? This article argues that each verb must be analysed individually and that prospective readings of prepositions depend on the interaction of verbal and prepositional semantics: for example, the movement away from a viewer expressed by partir favours a prospective reading of derrière but not of devant: this is due to differences regarding access to perception. The animacy of the Ground and its status as a material or spatial entity (Vandeloise, 2017) is also a key factor (e.g. partir près de + spatial entity). This suggests that verbs of initial polarity participate in synergistic verb/preposition/Ground interpretations that help to overcome their lack of a VRP. The prospective reading of the preposition depends on the choice of verb and Ground, thus supporting a distributed view of spatial semantics (Sinha and Kuteva, 1995; Zlatev, 1997, 2003, 2007; Evans and Tyler, 2004).

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A Multidimensional Methodology with Support for Spatio-Temporal Multigranularity in the Conceptual and Logical Phases

Progressive Methods in Data Warehousing and Business Intelligence ◽

10.4018/978-1-60566-232-9.ch010 ◽

2011 ◽

pp. 194-230 ◽

Cited By ~ 3

Author(s):

Concepción M. Gascueña ◽

Rafael Guadalupe

Keyword(s):

Spatial Data ◽

Hierarchical Structures ◽

The Other ◽

Fe Model ◽

Multidimensional Databases ◽

Object Relational ◽

Spatio Temporal ◽

The One ◽

Spatial Semantics ◽

Thematic Data

The Multidimensional Databases (MDB) are used in the Decision Support Systems (DSS) and in Geographic Information Systems (GIS); the latter locates spatial data on the Earth’s surface and studies its evolution through time. This work presents part of a methodology to design MDB, where it considers the Conceptual and Logical phases, and with related support for multiple spatio-temporal granularities. This will allow us to have multiple representations of the same spatial data, interacting with other, spatial and thematic data. In the Conceptual phase, the conceptual multidimensional model—FactEntity (FE)—is used. In the Logical phase, the rules of transformations are defined, from the FE model, to the Relational and Object Relational logical models, maintaining multidimensional semantics, and under the perspective of multiple spatial, temporal, and thematic granularities. The FE model shows constructors and hierarchical structures to deal with the multidimensional semantics on the one hand, carrying out a study on how to structure “a fact and its associated dimensions.” Thus making up the Basic factEnty, and in addition, showing rules to generate all the possible Virtual factEntities. On the other hand, with the spatial semantics, highlighting the Semantic and Geometric spatial granularities.

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