Film dance creation practice supported by Cyber Physical System

Area of Science:

• Film and Media Studies
• Computer Science
• Systems Engineering

Background:

• Dance is increasingly integrated into film production, demanding advanced shooting technologies.
• Balancing high equipment performance with energy efficiency in film creation presents a significant challenge.

Purpose of the Study:

• To propose a novel energy-aware scheduling framework for film and dance creation.
• To develop an energy-efficient and stable scheduling algorithm addressing functional safety and performance.

Main Methods:

• A Cyber-Physical System-based framework utilizing allocation technology and list scheduling.
• Construction of a scheduling algorithm addressing functional safety, verification, and energy optimization.

Main Results:

• The proposed system achieves better schedulability with lower time complexity.
• The framework effectively balances dynamic and static energy constraints.
• A dynamic step-size approach demonstrated superior time performance.

Conclusions:

• The developed energy-aware scheduling framework offers a theoretical reference for film dance creation equipment algorithms.
• The research promotes the integration of technical practice and theoretical advancements in film dance.
• The study contributes to the development process of film dance creation by optimizing energy efficiency and performance.