The animation industry is undergoing a period of explosive growth and continuous change. However, traditional workflows are often hampered by limitations such as immense processing power needs, massive data storage requirements, and difficulties in collaborative efforts. This paper explores how cloud computing, with its transformative potential, can revolutionize the animation landscape. It focuses on how cloud technologies are democratizing the creative process, enabling studios and individual animators to overcome traditional constraints such as high computational demands, large data storage needs, and collaboration hurdles. The study examines various cloud service models and deployment strategies, highlighting their suitability for different scales and types of animation projects. It also analyzes key cloud features like scalability, efficiency, and availability, demonstrating their impact on enhancing quality, speed, and global collaboration in animation workflows. Furthermore, the paper provides a critical review of offerings by major cloud service providers, assessing their ability to foster innovation and transformation in animation. Finally, it addresses potential challenges, including security, privacy, and management issues, associated with cloud adoption in this dynamically evolving industry.

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Empowering Animation: Harnessing Cloud Computing for Creative Excellence and Global Collaboration

  • Wardah Binti Ismail,
  • Muhammad Ehsan Rana,
  • Tan Chin Ike,
  • Seyedmostafa Safavi,
  • Leo Gertrude David

摘要

The animation industry is undergoing a period of explosive growth and continuous change. However, traditional workflows are often hampered by limitations such as immense processing power needs, massive data storage requirements, and difficulties in collaborative efforts. This paper explores how cloud computing, with its transformative potential, can revolutionize the animation landscape. It focuses on how cloud technologies are democratizing the creative process, enabling studios and individual animators to overcome traditional constraints such as high computational demands, large data storage needs, and collaboration hurdles. The study examines various cloud service models and deployment strategies, highlighting their suitability for different scales and types of animation projects. It also analyzes key cloud features like scalability, efficiency, and availability, demonstrating their impact on enhancing quality, speed, and global collaboration in animation workflows. Furthermore, the paper provides a critical review of offerings by major cloud service providers, assessing their ability to foster innovation and transformation in animation. Finally, it addresses potential challenges, including security, privacy, and management issues, associated with cloud adoption in this dynamically evolving industry.