What does it mean to have private generative models? In this session, we’ll explore their definition, applications, and the techniques used to ensure privacy. Join us to learn how these models balance data utility and privacy, and discover approaches for building secure, reliable AI systems.
s generative models continue to revolutionize AI, concerns about data privacy have become more pressing than ever. But what does it mean to have private generative models, and how can they ensure both privacy and utility?
In this session, we’ll explore the concept of private generative models, their importance, and the challenges they address. We’ll discuss key applications, including privacy-preserving data synthesis, secure content generation, and anonymized AI systems for sectors like healthcare, finance, and marketing.
Participants will learn about state-of-the-art approaches for achieving privacy, such as differential privacy, federated learning, and cryptographic methods. We’ll examine how these techniques protect sensitive information while maintaining the quality and usefulness of the generated data.
Through real-world examples and practical insights, this session will provide participants with a solid understanding of private generative models, equipping them with the knowledge needed to design AI systems that are secure, ethical, and reliable. Whether you’re an AI researcher, developer, or privacy advocate, this session offers valuable perspectives on the intersection of privacy and generative AI.
I am an Assistant Professor in Artificial Intelligence with research interests in Explainable AI (XAI) and Natural Language Processing (NLP). My research focuses on developing interpretable and transparent AI systems to enhance trust and usability in machine learning models. In the field of NLP, I work on advancing techniques such as word embeddings, semantic modeling, and text analysis to improve language understanding and processing. I am particularly interested in exploring how AI can bridge the gap between human reasoning and machine learning, enabling more effective and explainable applications in areas like information retrieval, sentiment analysis, and knowledge representation.