A Quantum Information and Cybernetics Based Algorithm for Creativity Applying in Cultural Heritage Products Design

Qinyun Liu, William C. Chu, Xiaochun Zhang, Shou-Yu Lee, Wei Mo
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Abstract

Creative products based on cultural heritage are high value-added products relying on wisdom, skills and talents, creating and promoting cultural resources and cultural products. Cultural heritage creative products are the organic integration of content creativity and cultural heritage carrier. At the technical level, the design algorithm has not been widely applied, but it has been studied. The output design algorithm fails to take into account both intelligent design and creative design. Computer cannot make creativity even based on the most robust algorithm. As the computing logic is 0 or 1. Quantum information theory can solve the problem. In this research, we proposed the creativity generation scheme inspired by multi data and information entanglement. Application scene is the culture products design with traditional elements based on world culture heritage, the Forbidden City. In this research, it is proposed the creativity generation scheme inspired by multi data and information entanglement.
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基于量子信息和控制论的创意算法在文物产品设计中的应用
以文化遗产为基础的创意产品是依靠智慧、技能和人才,创造和推广文化资源和文化产品的高附加值产品。文化遗产创意产品是内容创意与文化遗产载体的有机结合。在技术层面上,设计算法尚未得到广泛应用,但已被研究。输出设计算法未能兼顾智能设计和创意设计。即使是基于最强大的算法,计算机也无法产生创造力。因为计算逻辑是0或1。量子信息理论可以解决这个问题。在本研究中,我们提出了基于多数据和信息纠缠的创意生成方案。应用场景是基于世界文化遗产紫禁城的传统元素的文化产品设计。本研究提出了基于多数据和信息纠缠的创意生成方案。
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