A curated collection of resources on adversarial examples in deep learning, covering attacks, defenses, and applications.
Awesome Adversarial Examples for Deep Learning is a curated GitHub repository that aggregates academic papers, tools, and resources related to adversarial attacks and defenses in deep learning. It addresses the growing need for organized reference material in the field of AI security, where adversarial examples—inputs designed to fool machine learning models—pose significant robustness challenges. The collection spans foundational research, attack methodologies, defensive strategies, and real-world applications across various domains.
Machine learning researchers, AI security specialists, and graduate students focusing on adversarial robustness, model security, or trustworthy AI. It's particularly valuable for those conducting literature reviews or developing new defense mechanisms against adversarial attacks.
Unlike scattered academic databases, this project offers a centralized, thematically organized resource list specifically for adversarial machine learning. It saves researchers time by curating high-impact papers and tools, and it's community-maintained to stay current with rapid advancements in the field.
A curated list of awesome resources for adversarial examples in deep learning
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Curates a comprehensive list of seminal and recent papers from top conferences like CVPR and ICLR, providing a solid foundation for literature reviews in AI security.
Structures resources into clear sections such as generation approaches, defenses, and applications, making it easy to navigate and target specific research areas.
Includes adversarial examples beyond computer vision, covering NLP, reinforcement learning, malware detection, and speech recognition, as highlighted in the applications section.
Lists key libraries like CleverHans and Foolbox with links to their documentation and code, facilitating practical benchmarking and experimentation.
Relies on community updates without automation, risking gaps in covering the latest research beyond 2019, as noted in the inclusion of older papers.
Focuses solely on paper citations and tool references without providing code snippets, tutorials, or step-by-step examples for immediate use.
Does not assess or rank the quality, impact, or relevance of listed papers, leaving users to sift through potentially outdated or niche resources independently.