基于预训练语言模型的维基百科文档语义搜索

Tharun P Tharun P
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引用次数: 0

摘要

以前在GPT-3等大规模文本语料库上训练的算法功能强大,具有超过1750亿个参数的开放域。然而,由于我们的语义搜索将使搜索关键字成为可能,可以给你搜索的内容,对于这些模型来说,训练和获得具有挑战性的准确性水平的模型对于文本内容的长段落仍然具有挑战性,特别是在模型专注于小图形的目标区域的同时。在接下来的几个步骤中,领域精确内容材料的关键公式将变得越来越复杂。维基百科的语义文件搜索,为了计算语言文本的语义相关性,需要进行多次数据集搜索。这是关于特定主题的重要常识和全球知识。通过推荐语义搜索分析(SSA),这是一种完全专门的技术,用于表示从维基百科获得的主要高级领域中的文本。使用先前训练的策略,我们主要在维基百科的自适应模型上显式地构建文本内容的平均值。结果表明,我们的版本优于其他模型。
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Semantic Search over Wikipedia Documents Meaning of Queries Based Pre-Trained Language Model
The previously trained on massive text corpora such as GPT-3 is powerful and has an open domain with more than 175 billion parameters. However, as our semantic search will make it possible to search with the keyword that will give you what it was searched for, it is still challenging for such models to train and get the accuracy level challenging model Coherently for prolonged passages of textual content, in particular at the same time as the models This focuses on the target area of the small figure. In the next few steps, the key formulas for domain precise content materials will become more and more complex. Wikipedia's semantic file search, to calculate the semantic relevance of language text, requires multiples of data set search. Which is, Important common sense and global knowledge on specific topics. By recommending Semantic Search Analysis (SSA), which is a fully specialized technique for representing text in the main superior domain obtained from Wikipedia. Using the previously trained strategy, we mainly construct the average value of the content of the text explicitly on the adaptive model from Wikipedia. Results display that our version outperforms different models.
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