Challenges and Solutions in Green Screen Post-Production: A Narrative Review

References

[1] Foster J (2014) The Green Screen Handbook Real-World Production Techniques. Routledge. 

[2] Zhi J (2015) An Alternative Green Screen Keying Method for Film Visual Effects. Intern J Multimed Apple 7: 01-12. 

[3] Lee SY, Kim HK (2020) Virtual Production with Real Time Camera & Green Screen. ACM Transactions on Graphics 39: 1-12. 

[4] Berry S (2020) Color correction vs. color grading: Know the difference. Videomaker 9: 89-102. 

[5] Ya Y (2020). Color Spill Suppression in Chroma Keying. uO Research. 

[6] Brown A (2020) The Art and Science of Roto-Scoping in Green Screen Post-Production. Visual Effects J 12: 24-35. 

[7] Arundale S, Trieu T (2014) Modern Post Workflows and Techniques for Digital Filmmakers. Taylor & Francis. 

[8] Jin SH, Cho JH, Ro YM (2008) Real-time content filtering for live broadcasts in TV terminals. SpringerLink 36: 285-301. 

[9] Cremona C, Kavakli M (2023) The Evolution of the Virtual Production Studio as a Game Changer in Filmmaking. Creating Digitally 241: 403- 429. 

[10] Pastoureau M (2023) Blue the History of a Color. Princeton University Press. 

[11] Raditya C, Rizky M, Mayranio S, Soewito B (2021) The Effectivity of Color For Chroma-Key Techniques. Procedia Com Sci 179: 281-288. 

[12] Poggi M, Tosi F, Batsos K, Mordohai P, Mattoccia S, et al. (2020) On the Synergies Between Machine Learning and Binocular Stereo for Depth Estimation From Images: A Survey. IEEE, 44: 5314-5334. 

[13] Anastasia C (2022) VFX-A New Frontier: The Impact of Innovative Technology on Visual Effects. Westminster Westminster 10: 34737. 

[14] Strömgren A (2017) Real-time previsualization on set. Diva-Portal. 

[15] Smith J, Team AGIC (2012) Adobe After Effects CS6 Digital Classroom. Wiley. 

[16] Lee M, Wang H (2017) Nuke-Compositing, Editorial and Review. Nuke Family. 

[17] Dou M, Khamis S, Degtyarev Y, Davidson P, Fanello SR, et al. (2016) Fusion4D: real-time performance capture of challenging scenes. ACM Journals 114: 1-13. 

[18] Arundale S, Trieu T (2014) Modern Post Workflows and Techniques for Digital Filmmakers. Taylor & Francis. 

[19] Google Scholar 

[20] Qi X, Liu Z, Liao R, Torr PHS, Urtasun R, et al. (2022) GeoNet++: Iterative Geometric Neural Network with Edge-Aware Refinement for Joint Depth and Surface Normal Estimation IEEE 44: 969-984. 

[21] Frank L (2022). Real-Time Video Content for Virtual Production & Live Entertainment A Learning Roadmap for an Evolving Practice. Taylor & Francis. 

[22] Tsapanos N, Nikolaidis N, Pitas I (2011) Towards automated post production and semantic annotation of films. IEEE. 

[23] Green A (1997) Education, Globalization and the Nation State. SpringerLink. 

[24] Victory J (2015). Green Shoots: Environmental Sustainability and Contemporary Film Production. DBS. 

[25] Hongyi C, Yeyun L (2020) The Conversion of the Production Mode of Film Green Screen Visual Effects in the Setting of 5G Technology. IEEE. 

[26] Mackey-Paulsen R (2019) Machine Learning Green Screen Effect. Medium. 

[27] Orts-Escolano S, Rhemann C, Fanello S (2016) Holoportation: Virtual 3D Teleportation in Real-time. ACM Digital Library 16: 741-754. 

[28] Santamaría J, Cordón O, Damas C (2011) A comparative study of state-of-the-art evolutionary image registration methods for 3D modeling. Computer Vision and Image Understanding 115: 1340- 1354. 

[29] Blacer-Bacolod D (2022) Student-Generated Videos Using Green Screen Technology in a Biology Class. Inter J Info Edu Technol 12: 4. 

[30] Arundale S, Trieu T (2014) Modern Post Workflows and Techniques for Digital Filmmakers. Taylor & Francis.

@article{1705489,
      author = {Priya Palanimurugan},
      title = {Challenges and Solutions in Green Screen Post-Production: A Narrative Review},
      journal = {Iconic Research And Engineering Journals},
      year = {2024},
      volume = {7},
      number = {8},
      pages = {147-155},
      issn = {2456-8880},
      url = {https://www.irejournals.com/formatedpaper/1705489.pdf},
      abstract = {Green screen technology, also known as Chroma keying, has revolutionized the film and video production industry, enabling dramatic visual effects and environmental effects but this transformative technology is not without its challenges, especially after filming. Thisresearch paper examines the most common challenges faced by professionals working with green screens in post-production and explores solutions and strategies to address these issues. Some of the challenges mentioned include spills removal, color correction and edge finishing. We examine the complexity of these challenges and provide an in-depth review of the various methods and tools used in the industry to overcome them. This paper introduces the latest trends and innovations in post-green screen manufacturing, including AI-powered solutions and real-time processing. By illuminating complex green screen post-production, this research paper aims to provide valuable insights for filmmakers, editors, and researchers, contributing to the continued advancement of this important technology in the world entertainment and content.},
      keywords = {Green screen technology; post-production challenges; Visual effects; Chroma keying; Film production compositing; Special effects color; Keying video editing; Matte painting artificial; Intelligence in post-production; Visual effects; Industry software solutions; Foreground-background; Separation lighting challenges; Spill suppression; Keying algorithms; Quality control in VFX digital composition narrative review},
      month = {February},
  }