2026· International journal of engineering and technology· 0 citations· 27 references
TL;DR
A taxonomy of core techniques, a layered system architecture and architectural paradigms, reviews representative implementations and applications, and highlights open challenges and future directions are provided.
Abstract
—Large Language Models (LLMs) have demonstrated remarkable advances in natural language processing and content generation, yet they remain limited in supporting complex research tasks due to hallucinations, shallow summarization, weak multi-step reasoning, and unverifiable outputs. To address these challenges, the concept of DeepResearch has recently emerged, referring to research-oriented agents built on long-context LLMs and augmented with capabilities such as multi-step reasoning, deep retrieval, grounding and citation, agentic orchestration, and structured generation. These mechanisms enable models to act as autonomous researchers, capable of planning, retrieving, and producing systematic, evidence-based reports. Representative systems include Google Gemini Deep Research and OpenAI Deep Research, while in China platforms such as Kimi, Baidu Wenxin, Doubao, and DeepSeek are actively developing localized solutions. This paper provides a taxonomy of core techniques, presents a layered system architecture and architectural paradigms, reviews representative implementations and applications, and highlights open challenges and future directions. By consolidating current progress, we aim to guide the development of reliable and trustworthy DeepResearch agents.
Large language models (LLMs) are built on the classic Transformer architecture and have become a core driving force for the rapid development of modern artificial intelligence. This paper presents a systematic review of LLMs, elaborating on their fundamental working principles, mainstream open-source models, effective...
This survey reviews the evolution of language models from early statistical approaches to modern Transformer-based architectures and summarizes key developments, including attention mechanisms, scaling laws, alignment techniques, and efficient inference methods.
P. Peykani, V. Charles, A. Emrouznejad et al.· Archives of Computational Me...· 0 citations
The adesso Intelligent Agent describes a scalable and customizable RAG-Framework that accelerates development and deployment of functioning systems while allowing to rapidly address current and future challenges such as privacy, compliance, and trustworthiness or the expanding needs from business or environment.
Leon Stolpmann, Rafael Dubach, S. Symons et al.· Swiss Text Analytics Confere...· 0 citations
Comparison of GPT-4, BERT (bidirectional encoder representations from transformers), Gemini, and DeepSeek large language models (LLM), focusing on architectures, training methodologies, and real-world applications reveals GPT-4 excels in natural language generation and complex reasoning, supporting up to 128K tokens wi...
Kavish Sanghvi, Aparna S. Sharma, Surbhi Hooda· Computer Science and Informa...· 0 citations
The findings indicate that the proposed system has the potential to provide 24/7 personalised research assistance, reduce repetitive library workload, and enable the library to provide more advanced services if applied after rigorous evaluation in larger populations.
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A novel, layered conceptual framework is introduced that organizes research in CDR across four key dimensions: User Layer, System Layer, Data Layer, and Evaluation Layer and identifies core challenges in CDR, including the lack of standardized evaluation benchmarks and limited support for ambiguous or evolving user int...
Lisa-Yao Gan, Johanna Walker, E. Simperl et al.· Information Systems Frontier...· 0 citations
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