Abstract
With the improvement of people’s cultural level, more and more museums are being built or renovated. The design of lighting products for museums is a specialized field that requires designers to take into account a variety of factors, such as safety, presentation, and maintainability. As museum lighting systems meet the needs of conservation, visitor experience, and maintenance, the traditional design process is limited by the experience of the designer and the actual situation of the museum, and the actual light conservation effect of the exhibits is difficult to quantify. We have designed a digital-twin-based intelligent lighting system for museums, which can facilitate museum managers to quantify and manage the light life of exhibits while providing a more immersive viewing experience and recognition effect for visitors.
Highlights
Lighting design is an important part of museum exhibition design [1,2,3]
Because the light is directly related to vision, the construction of light environment is what designers need to pay attention to when planning the exhibition space and the modeling performance of exhibits
Based on the field investigation of museum lighting design, this paper finds some problems and shows how target detection technology, digital twin technology, and humancomputer interaction based on motion capture technology are applied to museum lighting design from the perspective of exhibition exposure protection. e intelligent lighting system designed in this paper can ensure the exhibition experience and reduce the unnecessary exposure of museum exhibits
Summary
Lighting design is an important part of museum exhibition design [1,2,3]. Without the existence of light, the audience will not be able to appreciate the form, material, and color of the exhibits [4, 5]. Due to the reduction of environmental light [13], the ability of recognition will decline, so will the human visual ability, people will not be able to identify the information that the exhibits need to transmit [13] To solve this contradiction and realize the balance between exhibits’ protection and viewing experience are the key points of museum lighting design. In order to make the museum, lighting environment provides a good visual experience for the audience and minimizes the exposure of exhibits in the exhibition cycle; the lighting design must comply with the principles of safety, reliability, economy, advanced technology, energy saving, and convenient maintenance. Many artificial intelligent technologies [14,15,16,17] have been used in some display applications [18,19,20] and used in the smart city’s applications [21,22,23,24]
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