earticle

영어

Holographic performances have emerged as a novel form of immersive entertainment, offering audiences lifelike visual experiences without the physical presence of performers. However, this technology introduces unique safety challenges due to the interplay of visual immersion, audience perception, and stage structure. This study investigates the impact of visual and spatial characteristics of holographic performances on audience safety and provides strategies for risk mitigation. The research analyzes the technical components of holographic stages, including Pepper’s ghost projection, LED screens, lighting, and stage architecture, and examines how these factors influence audience perception and movement patterns. Five key scenarios are identified where safety risks may arise: misperception of hologram positions, reduced visibility due to lighting effects, sudden body movements induced by immersion, movement-related hazards during audience recording, and impaired visibility of emergency exits. Based on these analyses, this study proposes comprehensive safety management measures, including optimized audience flow design, hazard marking, real-time monitoring of equipment, and integrated operational protocols. The findings highlight the necessity of considering audience perception, stage layout, and technological factors collectively to enhance safety in holographic performances. In conclusion, ensuring audience safety in holographic performances requires a holistic approach that integrates visual, spatial, and operational elements, contributing to sustainable and secure immersive entertainment experiences.