3D human motion editing and synthesis: a survey.

Area of Science:

• Biomechanics
• Computer Graphics
• Human Motion Analysis

Background:

• Computing human body kinematics and dynamics is crucial in biomedical research.
• Existing literature offers various approaches to 3D human motion analysis.

Purpose of the Study:

• To provide a comprehensive survey of 3D human motion editing and synthesis techniques.
• To compare different methods for 3D human motion synthesis.

Main Methods:

• Reviewing four primary categories of 3D human motion synthesis methods.
• Examining techniques for motion capture data representation.
• Analyzing existing motion editing methodologies.
• Synthesizing and evaluating motion synthesis approaches.

Main Results:

• Categorization and comparison of four distinct 3D human motion synthesis techniques.
• Overview of motion capture data representation methods.
• Summary of current motion editing capabilities.
• Consolidated review of motion synthesis advancements.

Conclusions:

• Identified key areas and methodologies in 3D human motion editing and synthesis.
• Highlighted the importance of data representation and editing for synthesis.
• Suggested avenues for future research in human motion analysis and generation.