This model hypothesize that individuals activate the metaphorical meaning of a sentence after having activated its literal meaning

The serial/hierarchical model

This model hypothesize that the processing of metaphorical and literal meaning takes place simultaneously, since the metaphor is understood directly without having to pass through the literal level.

The parallel/direct processing model

this model hypothesize that context determines which meaning will be accessed (the literal or the metaphorical one) and the metaphorical meaning is directly accessed when relevant to a given context.

The context-dependent model

Here are three general categories of hypotheses advanced to explain the underlying cognitive mechanisms:
1. The serial/hierarchical model
2.The parallel/direct processing model
3. The context-dependent model

DePaul University

The comprehension of metaphors involves the ability to activate a broader, more flexible set of semantic associations in order to integrate the meanings of the weakly related parts of the metaphor into a meaningful linguistic expression.

Metaphor comprehension

Right hemisphere is thought to be able to comprehend words with multiple meanings and takes on the critical role for at least one important component of metaphor processing. Metaphors presented to the left visual field/right hemisphere are comprehended more accurate and faster than metaphor words presented to the right visual field/left hemisphere. This finding is consistent with both familiar and novel metaphors processing. 

Hemispheric differences

Hypotheses of underlying mechanisms

Guided by conceptual metaphor theory, this paper proposes to control the generation process by encoding conceptual mappings between cognitive domains to generate meaningful metaphoric expressions.

Metaphor Generation with Conceptual Mappings

This paper proposes metrics to evaluate the quality of automatically generated metaphors not restricted to similes. The metrics are metaphoricity, novelty, comprehensibility, and overall evaluation.

Evaluation Metrics for Automatically Generated Metaphorical Expressions

Many target domains, however, cannot be thoroughly investigated by searching a corpus for collocates of target lexemes because not all target language occurs near or next to source domain triggers.
Thus, the ease with which metaphorical structure can be exposed has to do with the relationship between source-domain language and the structural character of the target domain.

Instead of relying on pre-specified semantic fields in the collection of candidate metaphor triggers, I use corpus collocation patterns to gather candidate triggers.

Finding metaphorical triggers through source (not target) domain lexicalization patterns

This study presents a new approach to metaphorical paraphrase generation by masking literal tokens of literal sentences and unmasking them with metaphorical language models.

With this work we present a new metaphorical language generation perspective by transferring literal to metaphorical texts. The transfer concerns the replacement of tokens of different parts of speech, not only the common **verb** type Stowe et al. [2021], Chakrabarty et al. [2021], Yu and Wan [2019], but also **nouns** and **adjectives** (examples shown in Fig. 1).

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