The robustness of deep learning models against adversarial attacks remains a pivotal concern. This study presents, for the first time, an exhaustive review of the transferability aspect of adversarial attacks. It systematically categorizes and critically evaluates various methodologies developed to augment the transferability of adversarial attacks. This study encompasses a spectrum of techniques, including Generative Structure, Semantic Similarity, Gradient Editing, Target Modification, and Ensemble Approach. Concurrently, this paper introduces a benchmark framework \textit{TAA-Bench}, integrating ten leading methodologies for adversarial attack transferability, thereby providing a standardized and systematic platform for comparative analysis across diverse model architectures. Through comprehensive scrutiny, we delineate the efficacy and constraints of each method, shedding light on their underlying operational principles and practical utility. This review endeavors to be a quintessential resource for both scholars and practitioners in the field, charting the complex terrain of adversarial transferability and setting a foundation for future explorations in this vital sector. The associated codebase is accessible at: https://github.com/KxPlaug/TAA-Bench

本研究首次详细审查了对抗性攻击的可转移性方面，系统地分类和评估了各种用于增强对抗性攻击可转移性的方法学。同时，本文引入了一个基准框架TAA-Bench，集成了十种领先的对抗性攻击可转移性方法，为跨不同模型结构的比较分析提供了一种标准化和系统化的平台。通过全面审查，我们描述了每种方法的有效性和限制，并揭示了它们的操作原理和实际效用，旨在成为该领域学者和实践者的基本资源，为对抗性可转移性的复杂领域绘制地图并为未来的探索奠定基础。

可转移对抗攻击的基准评估