智能绘画展:利用物联网技术创建互动艺术空间

Xiaoyan Peng, Chuang Chen
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摘要

引言:随着科学技术的飞速发展,智能画展以其独特的形式逐渐吸引了人们的眼球。本研究旨在利用物联网技术创建一个互动艺术空间,为观众提供更丰富、更深入的艺术体验。目标:本研究的主要目的是探索如何利用物联网技术将画展转变为一个能与观众互动的数字空间。方法:在智能绘画展中,研究人员利用先进的物联网技术,通过传感器、可穿戴设备和云计算,将观众的动作、情绪和反馈融入艺术作品中。展览空间中的数字设备可以感知观众的存在,并根据他们的动作或情绪状态实时生成和调整艺术内容,从而创造出一种与观众互动的独特展示方式。结果:实施智能绘画展览后,观众的参与感和对艺术展示的沉浸感明显增强。通过物联网技术,观众可以与艺术作品进行实时互动,感受更加个性化的艺术体验。数字化的展览空间为观众提供了一个新的感知层面,加深了他们对艺术作品的理解和欣赏。结论:本研究证明了利用物联网技术创建互动艺术空间的可行性,并表明这种创新可以为传统绘画展览注入新的活力。通过数字化,艺术空间的互动性得到增强,为观众提供了更深刻的艺术体验。这种方式为艺术家的创作提供了新的可能性,也为观众开启了参与式艺术的全新视野。智能绘画展有望成为艺术与技术相结合的新模式,推动艺术界走向更加创新和开放的未来。
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Smart Painting Exhibitions: Utilizing Internet of Things Technology Creating Interactive Art Spaces
INTRODUCTION: With the rapid development of science and technology, intelligent painting exhibitions have gradually attracted people's attention with their unique forms. This study aims to create an interactive art space using Internet of Things (IoT) technology to provide audiences with a more prosperous and deeper art experience. OBJECTIVES: The primary purpose of this study is to explore how to use IoT technology to transform a painting exhibition into a digital space that can interact with the audience. By fusing art and technology, the researchers aim to promote innovation in traditional art presentations and stimulate the audience's freshness and interest in art.METHODS: In the Smart Painting exhibition, the researchers used advanced Internet of Things (IoT) technology to incorporate the audience's movements, emotions, and feedback into the artworks through sensors, wearable devices, and cloud computing. The digital devices in the exhibition space could sense the audience's presence and generate and adjust the art content in real-time according to their movements or emotional state, creating a unique display that interacted with the audience. RESULTS: After implementing the Smart Painting exhibition, the audience's sense of participation and immersion in the art display was significantly increased. Through IoT technology, viewers can interact with the artwork in real-time and feel a more personalized art experience. The digitized exhibition space provided the audience a new level of perception, deepening their understanding and appreciation of the artworks. CONCLUSION: This study demonstrates the feasibility of using IoT technology to create interactive art spaces and shows that this innovation can inject new vitality into traditional painting exhibitions. Through digitalization, the interactivity of the art space is enhanced, providing the audience with a more profound art experience. This approach provides artists with new possibilities for creativity and opens up a fresh vision of participatory art for the audience. The Smart Painting Exhibition is expected to become a new model for integrating art and technology, pushing the art world towards a more innovative and open future. 
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