While the potential of deep learning(DL) for automating simple tasks is already well explored, recent research started investigating the use of deep learning for creative design, both for complete artifact creation and supporting humans in the creation process. In this paper, we use insights from computational creativity to conceptualize and assess current applications of generative deep learning in creative domains identified in a literature review. We highlight parallels between current systems and different models of human creativity as well as their shortcomings. While deep learning yields results of high value, such as high quality images, their novelity is typically limited due to multiple reasons such a being tied to a conceptual space defined by training data and humans. Current DL methods also do not allow for changes in the internal problem representation and they lack the capability to identify connections across highly different domains, both of which are seen as major drivers of human creativity.
翻译:虽然已经很好地探索了深层次学习(DL)使简单任务自动化的潜力,但最近的研究已开始调查深层次学习用于创造性设计,既用于完整的文物创造,又用于在创造过程中支持人类。在本文中,我们利用计算创造力的洞察力来构思和评估目前在文献审查中查明的创造性领域基因深层次学习的应用。我们强调当前系统与不同人类创造力模式及其缺点之间的平行之处。虽然深层次学习成果具有高价值,如高品质图像,但由于多种原因,例如与由培训数据和人类确定的概念空间联系在一起,其新颖性通常有限。当前的DL方法也不允许内部问题代表方式的变化,而且它们缺乏能力来查明不同领域之间的联系,这两个领域都被视为人类创造力的主要驱动因素。