DeepSentiPers: Novel Deep Learning Models Trained Over Proposed Augmented Persian Sentiment Corpus
This paper focuses on how to extract opinions over each Persian sentence-level text. Deep learning models provided a new way to boost the quality of the output. However, these architectures need to feed on big annotated data as well as an accurate design. To best of our knowledge, we do not merely suffer from lack of well-annotated Persian sentiment corpus, but also a novel model to classify the Persian opinions in terms of both multiple and binary classification. So in this work, first we propose two novel deep learning architectures comprises of bidirectional LSTM and CNN. They are a part of a deep hierarchy designed precisely and also able to classify sentences in both cases. Second, we suggested three data augmentation techniques for the low-resources Persian sentiment corpus. Our comprehensive experiments on three baselines and two different neural word embedding methods show that our data augmentation methods and intended models successfully address the aims of the research.
Code (1)
Tasks
Binary ClassificationData AugmentationPersian Sentiment AnalysisSentenceSentiment AnalysisWord EmbeddingsMethods 이 논문이 사용한 방법론
Similar Papers 제목 키워드 기반
PersianRAG: A Retrieval-Augmented Generation System for Persian Language
Retrieval augmented generation (RAG) models, which integrate large-scale pre-trained generative models with external retrieval mechanisms, have shown significant success in various natural language processing (NLP) tasks…
Language ModelingLanguage ModellingQuestion AnsweringRAG+2PerHalluEval: Persian Hallucination Evaluation Benchmark for Large Language Models
Hallucination is a persistent issue affecting all large language Models (LLMs), particularly within low-resource languages such as Persian. PerHalluEval (Persian Hallucination Evaluation) is the first dynamic hallucinati…
Advancing Retrieval-Augmented Generation for Persian: Development of Language Models, Comprehensive Benchmarks, and Best Practices for Optimization
This paper examines the specific obstacles of constructing Retrieval-Augmented Generation(RAG) systems in low-resource languages, with a focus on Persian's complicated morphology and versatile syntax. The research aims t…
BenchmarkingGeneral KnowledgeRAGRetrieval+2Improving Persian Relation Extraction Models by Data Augmentation
Relation extraction that is the task of predicting semantic relation type between entities in a sentence or document is an important task in natural language processing. Although there are many researches and datasets fo…
Data AugmentationRelationRelation ExtractionSentenceHakim: Farsi Text Embedding Model
Recent advancements in text embedding have significantly improved natural language understanding across many languages, yet Persian remains notably underrepresented in large-scale embedding research. In this paper, we pr…
Information RetrievalLanguage ModelingLanguage Modellingmodel+4