Sep 2026· Artificial Intelligence and Digital Technology· Vol 3, pp. 1-10· 0 citations· 30 references
TL;DR
The review shows that current detection approaches face several challenges, including a shortage of suitable datasets, ambiguous labels for human–AI collaborative text, insufficient coverage of generative models, limited generalization, and inadequate interpretability.
Abstract
With the widespread adoption of large language models in academic writing, the detection of artificial intelligence-generated content has become an important research topic. This paper reviews the detection of AI-generated text in academic papers. It defines the relevant concepts, surveys detection methods and commercial detection tools, and introduces experimental datasets and evaluation metrics. The review shows that current detection approaches face several challenges, including a shortage of suitable datasets, ambiguous labels for human–AI collaborative text, insufficient coverage of generative models, limited generalization, and inadequate interpretability. Future research should develop datasets covering multiple languages, disciplines, models, and generation methods; strengthen evaluation on unseen models and adversarial samples; and improve explainable detection and human-review mechanisms, thereby supporting the governance of academic integrity.
This study introduces the Artificial Intelligence Scientific Text Detector, a hybrid model combining BigBird embeddings with a CNN-BiLSTM framework that can effectively identify LLM-generated content, supporting the integrity and credibility of academic publications.
A novel paradigm called Human vs. LLM Identification (HLI) is proposed which introduces a Retrieval-Augmented Generation (RAG)-inspired evidence-based detection strategy alongside a fine-tuned transformer classifier.
Ibtasam Ur Rehman, Muhammad Islam, Muhammad Yousaf Rehman et al.· Knowledge· 0 citations
This editorial highlights the urgent need for human centric approach to AI detection, advocating for strategies that prioritise human-AI collaboration over sole reliance on fallible automated systems.
Experimental results demonstrate ATDPS's superior performance over existing baselines in terms of accuracy, precision, recall and F1 score, highlighting its potential and effectiveness in detecting AI-generated text.
Yang Yu, Wang Gao· International Journal of Sci...· 0 citations
This study introduces TrustReviewer, an open-source LLM-based system for generating peer reviews of AI and machine learning papers and describes a concrete risk of recursive reviewer training and provides practical interventions for preserving judgment diversity and improving recommendation alignment in AI-assisted sci...