System and Method for Continuum Digitization Using Yu-Liang Coordinates (Patent Application v1.8)

Key Points

• The research aims to introduce a new system for continuum digitization enhancing efficiency and accuracy.
• Developed a binary vector mapping technique that is multiplier-free and differentiator-free.
• Implemented a space-time inversion paradigm for fixed step measurements of time.
• Introduced a spin reference frame for detecting acceleration using integer subtraction.
• Created a zero-switching gating method to optimize power efficiency at the physical level.
• Enabled adaptive grid resolution using bit-shifting techniques.
• Achieved deterministic error bound of less than 0.5 grid units.
• Demonstrated applications in GPU physics simulation and AI accelerators.
• Showcased potential in robotics and UAV flight control systems.