Core Concepts
Large-scale generative AI models face challenges in adaptability, efficiency, and ethical deployment, requiring innovative solutions for advancement.
Abstract
The abstract highlights the rapid growth of deep generative modeling and the need to address fundamental issues hindering widespread adoption.
The paper discusses challenges in generative AI, including generalization, robustness, implicit assumptions, causal representations, and foundation models for heterogeneous data types.
Efforts to optimize efficiency and resource utilization, evaluation metrics, ethical deployment, and societal impact are also explored.
The study emphasizes the importance of responsible deployment of generative models to address issues like misinformation, privacy, fairness, interpretability, and uncertainty estimation.
The conclusion calls for overcoming limitations to unlock the full potential of generative models with significant technological and societal implications.
Stats
"Large-scale generative models show promise in synthesizing high-resolution images and text."
"Diffusion models have become the de-facto model family for high-quality image synthesis."
"Generative AI extends across diverse research domains, accelerating progress in various applications."
Quotes
"Are we on the brink of an AI utopia? Are we close to defining a perfect generative model?"
"Scaling up current paradigms is not the ultimate solution in isolation."
"Developing hybrid foundation models integrating ML and domain knowledge is a particular challenge."