The ABRICOT Task is designed to evaluate Italian language models on their ability to understand and assess the abstractness and inclusiveness of language, two nuanced features that humans naturally convey in everyday communication. Unlike binary categorizations such as abstract/concrete or inclusive/exclusive, these features exist on a continuous spectrum with varying degrees of intensity. The task is based on a manual collection of sentences that present the same noun phrase (NP) in different contexts, allowing its interpretation to vary between the extremes of abstractness and inclusiveness. This challenge aims to verify the how LLMs perceive subtle linguistic variations and their implications in natural language.

This paper presents the Multimodal ACtion IDentification challenge (MACID), part of the first CALAMITA competition. The objective of this task is to evaluate the ability of large language models (LLMs) to differentiate between closely related action concepts based on textual descriptions alone. The challenge is inspired by the “find the intruder” task, where models must identify an outlier among a set of 4 sentences that describe similar yet distinct actions. The dataset highlights action-predicate mismatches, where the same verb may describe different actions or different verbs may refer to the same action. Although currently mono-modal (text-only), the task is designed for future multimodal integration, linking visual and textual representations to enhance action recognition. By probing a model’s capacity to resolve subtle linguistic ambiguities, the challenge underscores the need for deeper cognitive understanding in action-language alignment, ultimately testing the boundaries of LLMs’ ability to interpret action verbs and their associated concepts.

This paper introduces a novel annotation framework for the fine-grained modeling of Noun Phrases’ (NPs) genericity in natural language. The framework is designed to be simple and intuitive, making it accessible to non-expert annotators and suitable for crowd-sourced tasks. Drawing from theoretical and cognitive literature on genericity, this framework is grounded in established linguistic theory. Through a pilot study, we created a small but crucial annotated dataset of 324 sentences, serving as a foundation for future research. To validate our approach, we conducted an evaluation comparing our continuous annotations with existing binary annotations on the same dataset, demonstrating the framework’s effectiveness in capturing nuanced aspects of genericity. Our work offers a practical resource for linguists, providing a first annotated dataset and an annotation scheme designed to build real-language datasets that can be used in studies on the semantics of genericity, and NLP practitioners, contributing to the development of commonsense knowledge repositories valuable in enhancing various NLP applications.

In this study, we investigate the capability of a Neural Language Model (NLM) to distinguish between coherent and incoherent text, where the latter has been artificially created to gradually undermine local coherence within text. While previous research on coherence assessment using NLMs has primarily focused on English, we extend our investigation to multiple languages. We employ a consistent evaluation framework to compare the performance of monolingual and multilingual models in both in-domain and out-domain settings. Additionally, we explore the model’s performance in a cross-language scenario.