Bending different layers of a diffusion model's UNet produces distinct and fairly consistent visual effects across seeds and prompts, and an interactive ComfyUI tool lets artists explore these effects hands-on.
Explainability Paths for Sustained Artistic Practice with AI
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abstract
The development of AI-driven generative audio mirrors broader AI trends, often prioritizing immediate accessibility at the expense of explainability. Consequently, integrating such tools into sustained artistic practice remains a significant challenge. In this paper, we explore several paths to improve explainability, drawing primarily from our research-creation practice in training and implementing generative audio models. As practical provisions for improved explainability, we highlight human agency over training materials, the viability of small-scale datasets, the facilitation of the iterative creative process, and the integration of interactive machine learning as a mapping tool. Importantly, these steps aim to enhance human agency over generative AI systems not only during model inference, but also when curating and preprocessing training data as well as during the training phase of models.
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cs.HC 1years
2026 1verdicts
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Unboxing Diffusion Models for the Arts: Interactive Model Bending and Practice-Based Explainability
Bending different layers of a diffusion model's UNet produces distinct and fairly consistent visual effects across seeds and prompts, and an interactive ComfyUI tool lets artists explore these effects hands-on.