Innovative method of holographic projection art design driven by big data

Abstract

With the rapid development of information technology, the traditional way of art display is facing the severe test of not being able to effectively meet the growing demand of diversified, three-dimensional and immersive experience of the modern audience due to its inherent two-dimensionality and planar limitations in today’s society. As a subversive solution, holographic projection technology, by virtue of its ability to reconstruct three-dimensional images and its unique interactive characteristics, has broken the boundaries of the original artistic expression and greatly enhanced the presentation dimension of the art works and the audience’s depth of participation. In this study, we not only analyze how holographic projection technology can be skillfully combined with big data to realize the highly personalized and dynamic updating of artwork display, but also discuss in detail how it can drive the innovative integration of intelligent layout and immersive experience in the design of public art space. Meanwhile, in the field of ancient relics restoration display, holographic projection technology also shows its great potential in improving restoration accuracy and restoring vivid scenes, which makes historical and cultural heritage vividly presented in front of the audience. Through a series of detailed experiments and practical case studies, we have confirmed that the holographic projection art design has achieved remarkable results and achievements in practical applications, whether in enhancing the visual impact and infectious force of art display, or in optimizing the audience’s viewing experience and interactive participation, all of which have demonstrated their value that cannot be ignored.