What is the state-of-art methods for search in full text scientific literature?
Natural Language Processing (NLP): Uses techniques like Named Entity Recognition (NER) and semantic search (e.g., BERT) to understand and extract meaningful information from text.
Machine Learning: Employs text classification and citation network analysis to categorize documents and explore relationships between them.
Information Retrieval: Utilizes vector space models and advanced search engines to improve the accuracy and relevance of search results.
Data Integration: Meta-search engines and linkage tools aggregate and connect information from multiple sources.
Advanced Querying: Employs Boolean queries and controlled vocabularies for precise searches.
Personalization: Recommender systems and interactive search features enhance search results based on user preferences and feedback.
Research knowledge graph and LLM have proposed for search and recommendation purposes, what are the proven methods to have better results?
Semantic Enrichment: Improves context and relevance by linking entities in text to structured data in knowledge graphs.
Contextual Search: Enhances query understanding and accuracy by providing additional context.
Personalized Recommendations: Creates richer user profiles and offers more relevant suggestions based on user preferences.
Accuracy and Relevance: Validates information and filters results more precisely using structured data.
Advanced Query Understanding: Interprets natural language queries and recognizes user intent more effectively.
Dynamic Interaction: Refines and adapts suggestions based on real-time user feedback and exploration.