mobile robots can make use of fuzzy processing and computing with words in order to extend their capabilities by allowing them to be less literal and exact match oriented. Both sensor data interpretation and planned activities subtleties benefit from fuzzy inexact processing.[1] The sciences of astronomy and physics have long used conceptual metaphor productively, in such terms as " event horiz...

Critical Discourse Analysis (CDA) explores the role of discourse structures in constituting social inequality. Metaphorical structure, however, has received relatively little attention in explicit CDA. The paper aims to redress this by developing a coherent theoretical framework for CDA and metaphor. This framework adopts conceptual blending theory over conceptual metaphor theory, where the lat...

A growing body of data has been gathered in support of the view that the mind is embodied and that cognition is grounded in sensory-motor processes. Some researchers have gone so far as to claim that this paradigm poses a serious challenge to central tenets of cognitive science, including the widely held view that the mind can be analyzed in terms of abstract computational principles. On the ot...

The study of metaphor dates back to the times of Aristotle and touches on various aspects of human reasoning and multiple disciplines. Since the first inquiries, the theory of metaphor has evolved significantly under the influence of linguistic and psychological findings [3, 63, 31, 29, 25, 15, 4, 17, 18], and the establishment of the fields of artificial intelligence [2, 45], cognitive science...

Cognitive scientists of the embodied cognition tradition have been providing evidence that a large part of our creative reasoning and problemsolving processes are carried out by means of conceptual metaphor and blending, grounded on our bodily experience with the world. In this talk I shall aim at fleshing out a mathematical model that has been proposed in the last decades for expressing and ex...

The theory of blended spaces of Fauconnier and Turner (1994,1998), also known as the many-space model of conceptual integration, is a bold new theory in cognitive science that unifies metaphor, analogy, metonymy and conceptual combination within a framework of interconnected mental spaces. Through an analysis of cinematic pastiche, a form of creative reuse and structural blending in the develop...

Metaphor research in the contemporary world has its foot mainly in two disciplines: cognitive science and linguistic science. In the field of cognitive psychology alone, there are a number of theoretical frameworks, among which are salience imbalance theory (Ortony, 1979), domains-interaction theory (Tourangeau & Sternberg, 1981), structure-mapping theory (Gentner, 1989), and conceptual metapho...

In this paper, we propose a novel approach for supervised classification of linguistic metaphors in an open domain text using Conditional Random Fields (CRF). We analyze CRF based classification model for metaphor detection using syntactic, conceptual, affective, and word embeddings based features which are extracted from MRC Psycholinguistic Database (MRCPD) and WordNet-Affect. We use word emb...

In this paper we provide a formalization of a set of default rules that we claim are required for the transfer of information such as causation, event rate and duration in the interpretation of metaphor. Such rules are domain-independent and are identified as invariant adjuncts to any conceptual metaphor. We also show a way of embedding the invariant mappings in a semantic framework.

This study explores the metaphoric comprehension of normal Persian-speaking children, as well as theories of cognitive development and cultural and social impacts. The researchers discuss the improvement of the understanding of ontological conceptual metaphors through age growth and cognitive development, and how it helps to expand children’s thoughts and knowledge of the world. In this study, ...