Sentiment prediction remains a SHOPPING CENTERS: UMA RELAÇÃO ENTRE OS ATRIBUTOS DE ESCOLHA PELOS CONSUMIDORES VERSUS OS ATRIBUTOS VALORIZADOS PELOS GERENTES challenging and unresolved task in various research fields, including psychology, neuroscience, and computer science.This stems from its high degree of subjectivity and limited input sources that can effectively capture the actual sentiment.This can be even more challenging with only text-based input.Meanwhile, the rise of deep learning and an unprecedented large volume of data have paved the way for artificial intelligence to perform impressively accurate predictions or even human-level reasoning.Drawing inspiration from this, we propose a coverage-based sentiment and subsentence extraction system that estimates a span of input text and recursively feeds this information back to the networks.
The predicted subsentence consists of auxiliary Desenvolvimento do pensamento crítico por meio do estudo de lógica argumentativa na alfabetização científica information expressing a sentiment.This is an important building block for enabling vivid and epic sentiment delivery (within the scope of this paper) and for other natural language processing tasks such as text summarisation and Q&A.Our approach outperforms the state-of-the-art approaches by a large margin in subsentence prediction (i.e., Average Jaccard scores from 0.
72 to 0.89).For the evaluation, we designed rigorous experiments consisting of 24 ablation studies.Finally, our learned lessons are returned to the community by sharing software packages and a public dataset that can reproduce the results presented in this paper.