contexts in which the expression can be used. Under this de!nition, meaning can be empirically investigated by sampling contexts. A semantic map is a tech-nique to show the relations between such sampled contextual occurrences. Or, formulated more technically, a semantic map is a visualization of a metric

with the capability of understanding human envi-ronments and representing the extracted knowledge in such a way that humans can interpret. Semantic mapping can be defined as the process of building a representation of the environment, incorporating semantic knowledge obtained from sensory information. Semantic

interoperability issues and information modeling, event processing, semantic mapping business events, Petri nets This paper addresses the problem of efficient management of events, in particular in those environments where events carry information useful to multiple applications, possibly operating

We think of Match as an operator which takes two graph-like structures and produces a mapping between semantically related nodes. We concentrate on classifications with tree structures. In semantic matching, correspondences are discovered by translating the natural language labels of nodes

Semantic maps are a way to visualize regular relationships between two or more meanings or grammatical functions of one and the same linguistic form. With regular, it is meant that these relationships can either be observed cross-linguistically, in a language sample of a certain size,1 or within

Abstract. The question addressed in this paper is whether (and to what extent) a semantic map aimed at repre-senting the multifunctionality of a given construction (or set of constructions) in discourse can be thought of as endowed with conceptual reality. To be considered as a mental

, around our notion of “Semantic Contexts”. As a result, we can draw a “map ” of semantic clusters which can be used as a reference for situating individual web pages in a complex semantic space. Further, the methods we propose could be used for disambiguating and refining web search queries, for refining

semantic relations between two different domains of discourses. Such semantic relations would be further applied in converting data between such domains. This process is named Ontology Mapping. The MAFRA–Mapping FRAmework cover all the phases of the process, including analysis, specification

Abstract — Robotic mapping is the process of automatically constructing an environment representation using mobile robots. We address the problem of semantic mapping, which consists of using mobile robots to create maps that represent not only metric occupancy but also other properties

Despite progresses in the last decades in the comprehension of specificity, the core questions of how it is encoded in the grammar and how it determines the syntax/semantics interplay remain open. This paper describes a new perspective for tackling these questions based on a fine grained syntax/semantics