Grammar-Based Grounded Lexicon Learning – Technology Org

Victoria D. Doty

Humans find out grounded and compositional representations for novel text from a couple of grammar illustrations. We rely on contexts, such as visible perception, and we know how these phrases relate to just about every other in composing the which means of a sentence.

Graphic credit: Max Pixel, CC0 General public Domain

A latest paper on arXiv.org depends on these tips for devices understanding from language.

The Grammar-Centered Grounded Lexicon Mastering, a neuro-symbolic framework for grounded language acquisition, is proposed. Scientists glimpse into jointly mastering neuro-symbolic grounded lexicon entries and the grounding of individual ideas from grounded language information, these as by concurrently searching at images and looking through parallel issue-reply pairs.

The systemic analysis reveals that the technique allows finding out with sturdy data efficiency and compositional generalization to novel linguistic constructions and further linguistic constructions.

We current Grammar-Dependent Grounded Lexicon Studying (G2L2), a lexicalist technique towards learning a compositional and grounded that means representation of language from grounded knowledge, such as paired images and texts. At the core of G2L2 is a assortment of lexicon entries, which map each individual term to a tuple of a syntactic type and a neuro-symbolic semantic application. For illustration, the word shiny has a syntactic style of adjective its neuro-symbolic semantic program has the symbolic kind lambdax. filter(x, SHINY), the place the concept SHINY is connected with a neural community embedding, which will be utilized to classify shiny objects. Presented an input sentence, G2L2 first appears up the lexicon entries connected with just about every token. It then derives the indicating of the sentence as an executable neuro-symbolic software by composing lexical meanings primarily based on syntax. The recovered that means applications can be executed on grounded inputs. To aid learning in an exponentially-developing compositional house, we introduce a joint parsing and anticipated execution algorithm, which does community marginalization about derivations to reduce the teaching time. We assess G2L2 on two domains: visible reasoning and language-driven navigation. Effects clearly show that G2L2 can generalize from small amounts of knowledge to novel compositions of phrases.

Study paper: Mao, J., Shi, H., Wu, J., Levy, R. P., and Tenenbaum, J. B., “Grammar-Based Grounded Lexicon Learning”, 2022. Connection: https://arxiv.org/abdominal muscles/2202.08806


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