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This paper evaluates how boundary condition fidelity affects bottom-hole pressure and CO2 plume prediction in geological carbon storage simulations, finding that conserving corner pore volume is the most important requirement for truncated-domain modeling.
This paper presents a computational model for analyzing coping styles in digital crisis discourse, specifically applied to the 2023 Turkiye earthquake.
This paper proposes collocational bootstrapping, a mechanism by which statistical word co-occurrence cues can aid the acquisition of English subject-verb agreement, supported by neural network simulations and analysis of child-directed speech.
This paper proposes a minimal architecture for body-grounded perspective formation in artificial agents, extending prior work with an interoceptive viability signal and conative alignment mechanism to operationalize machine subjectivity from a phenomenological perspective.
This research paper introduces a computational model that evaluates the effectiveness of procedural explanations by simulating how they guide action planning under uncertainty. Through four experiments, the authors demonstrate that explanations scored higher by their model are judged more helpful and lead to better navigation performance.