333 research outputs found
-systems for twisted quantum affine algebras
We establish the -systems for the twisted quantum affine
algebras that were conjectured in arXiv:1606.05301. We develop the
representation theory of Borel subalgebra of twisted quantum affine algebras
and we construct their prefundamental representations. We also propose a
general conjecture on the relations between twisted and non-twisted types. We
prove this conjecture for some particular classes of representations, including
prefundamental representations.Comment: 39 page
Factors for Chinese students choosing Australian higher education and motivation for returning: a systematic review
Under the third wave of international student mobility, Australia has become the third largest country receiving international students. Compared with the United States and the United Kingdom, Australia can still maintain a stable increase in terms of hosting Chinese students. For Australia, attracting international students becomes an important part of Australian universities’ business and cultural diversity. This paper reports the Chinese students’ initiations of choosing Australian higher education and motivations for returning, aiming at contributing to a more accurate and comprehensive understanding of Chinese students’ international flows. By retrieving all relevant literature published from 2000 to 2017, this paper engages with a systematic review to provide an overview of what exactly motivates Chinese students choosing Australian higher education and returning. Based on the robust assessment criteria, we selected 68 articles for analysis, and according to the coding results, we developed four themes influencing Chinese students’ choice of Australia, including academic requirement and attainment, employment and future career prospects, host country environment, and social connections and three themes for returning: emotional needs, culture and integration in Australia, and career opportunities in China. The research results contribute to policy implications for Australian international higher education development
An Embedding-based Approach to Inconsistency-tolerant Reasoning with Inconsistent Ontologies
Inconsistency handling is an important issue in knowledge management.
Especially in ontology engineering, logical inconsistencies may occur during
ontology construction. A natural way to reason with an inconsistent ontology is
to utilize the maximal consistent subsets of the ontology. However, previous
studies on selecting maximum consistent subsets have rarely considered the
semantics of the axioms, which may result in irrational inference. In this
paper, we propose a novel approach to reasoning with inconsistent ontologies in
description logics based on the embeddings of axioms. We first give a method
for turning axioms into distributed semantic vectors to compute the semantic
connections between the axioms. We then define an embedding-based method for
selecting the maximum consistent subsets and use it to define an
inconsistency-tolerant inference relation. We show the rationality of our
inference relation by considering some logical properties. Finally, we conduct
experiments on several ontologies to evaluate the reasoning power of our
inference relation. The experimental results show that our embedding-based
method can outperform existing inconsistency-tolerant reasoning methods based
on maximal consistent subsets.Comment: 9 pages,1 figur
Generative Input: Towards Next-Generation Input Methods Paradigm
Since the release of ChatGPT, generative models have achieved tremendous
success and become the de facto approach for various NLP tasks. However, its
application in the field of input methods remains under-explored. Many neural
network approaches have been applied to the construction of Chinese input
method engines(IMEs).Previous research often assumed that the input pinyin was
correct and focused on Pinyin-to-character(P2C) task, which significantly falls
short of meeting users' demands. Moreover, previous research could not leverage
user feedback to optimize the model and provide personalized results. In this
study, we propose a novel Generative Input paradigm named GeneInput. It uses
prompts to handle all input scenarios and other intelligent auxiliary input
functions, optimizing the model with user feedback to deliver personalized
results. The results demonstrate that we have achieved state-of-the-art
performance for the first time in the Full-mode Key-sequence to
Characters(FK2C) task. We propose a novel reward model training method that
eliminates the need for additional manual annotations and the performance
surpasses GPT-4 in tasks involving intelligent association and conversational
assistance. Compared to traditional paradigms, GeneInput not only demonstrates
superior performance but also exhibits enhanced robustness, scalability, and
online learning capabilities
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