UE5's impact on realism, storytelling, and the evolution of production methods
2
조회
0
다운로드
0
인용
0
참고문헌
키워드
초록
This paper explores the role and significance of Unreal Engine 5 (UE5) in virtual production (VPX) and analyzes how it is transforming the production methods of films, TV series, and live broadcasts. In particular, the study highlights how UE5 expands creative possibilities not only in fictional narratives but also in documentary and animation production, while innovatively enhancing visual expression that aligns with the philosophy of realism. The primary objective of this research is to investigate how UE5 overcomes the limitations of traditional filmmaking and maximizes the immersion and visual quality of storytelling. Furthermore, by integrating classical cinematic techniques with cutting-edge digital technology, this study examines how virtual production optimizes traditional workflows, breaks down the boundaries between reality and virtuality, and paves the way for new content creation methods. The study confirms that UE5's ultra-high-resolution detail, interactivity, and flexibility are reshaping the paradigm of film and television production. The research identifies the following key innovations: Creation of High-Quality Hyperrealistic Environments - Unlike conventional VFX (visual effects), UE5 leverages real-time rendering technology to construct highly detailed virtual environments, providing instant feedback during production. Increased Efficiency in the Production Process - Compared to traditional green screen techniques, UE5 reduces costs and production time, while also allowing previsualization (Previs) before filming, significantly streamlining the overall workflow. Expansion of Storytelling Possibilities - Beyond enhancing visual realism, UE5 supports the realization of unique cinematic direction and immersive experiences that would be impossible to achieve in traditional filmmaking. The findings of this research are applicable not only to the film and television industries but also to advertising, gaming, virtual reality (VR), and augmented reality (AR) content production. In particular, UE5's role is expected to expand further in industries where real-time engine-based content creation is essential. Additionally, combining UE5 with traditional production methods can lead to cost reduction, increased creative freedom, and enhanced viewer engagement. Through this analysis, the paper underscores that UE5 is a core technology shaping the future of visual production and that virtual production serves as an innovative tool that unlocks new possibilities for storytelling.
Abstract
This paper explores the role and significance of Unreal Engine 5 (UE5) in virtual production (VPX) and analyzes how it is transforming the production methods of films, TV series, and live broadcasts. In particular, the study highlights how UE5 expands creative possibilities not only in fictional narratives but also in documentary and animation production, while innovatively enhancing visual expression that aligns with the philosophy of realism. The primary objective of this research is to investigate how UE5 overcomes the limitations of traditional filmmaking and maximizes the immersion and visual quality of storytelling. Furthermore, by integrating classical cinematic techniques with cutting-edge digital technology, this study examines how virtual production optimizes traditional workflows, breaks down the boundaries between reality and virtuality, and paves the way for new content creation methods. The study confirms that UE5's ultra-high-resolution detail, interactivity, and flexibility are reshaping the paradigm of film and television production. The research identifies the following key innovations: Creation of High-Quality Hyperrealistic Environments - Unlike conventional VFX (visual effects), UE5 leverages real-time rendering technology to construct highly detailed virtual environments, providing instant feedback during production. Increased Efficiency in the Production Process - Compared to traditional green screen techniques, UE5 reduces costs and production time, while also allowing previsualization (Previs) before filming, significantly streamlining the overall workflow. Expansion of Storytelling Possibilities - Beyond enhancing visual realism, UE5 supports the realization of unique cinematic direction and immersive experiences that would be impossible to achieve in traditional filmmaking. The findings of this research are applicable not only to the film and television industries but also to advertising, gaming, virtual reality (VR), and augmented reality (AR) content production. In particular, UE5's role is expected to expand further in industries where real-time engine-based content creation is essential. Additionally, combining UE5 with traditional production methods can lead to cost reduction, increased creative freedom, and enhanced viewer engagement. Through this analysis, the paper underscores that UE5 is a core technology shaping the future of visual production and that virtual production serves as an innovative tool that unlocks new possibilities for storytelling.