Meredith Lynn Greer

Title: Meredith Lynn Greer: Innovator in Spatial Collision Detection

Introduction

Meredith Lynn Greer is a notable inventor based in Louisville, KY (US). She has made significant contributions to the field of spatial collision detection through her innovative methods. Her work focuses on enhancing the efficiency of analytical methods used in determining the common volume shared by quadric surfaces.

Latest Patents

Meredith holds a patent for the "Eigenvalue quadric surface method for determining when two ellipsoids share common volume for use in spatial collision detection and avoidance." This computationally efficient analytical method determines when two quadric surfaces, such as ellipsoids, share the same volume by adding an extra dimension to the solution space. The method provides extradimensional product matrices defining degenerate quadric surfaces. It examines computed eigenvalues associated with the product matrices to determine when the two quadric surfaces share the same volume or when surface projected areas based on viewing angle share the same area. The method offers direct share volume results based on comparisons of the eigenvalues that can be rapidly computed. This innovative approach can be utilized for collision avoidance detection where the objects are modeled by quadric surfaces. Meredith has 1 patent to her name.

Career Highlights

Meredith is currently employed at The Aerospace Corporation, where she applies her expertise in spatial analysis and collision detection. Her work is instrumental in advancing technologies that require precise spatial computations.

Collaborations

Throughout her career, Meredith has collaborated with esteemed colleagues, including Salvatore Alfano and F. Kenneth Chan. These collaborations have further enriched her research and development efforts.

Conclusion

Meredith Lynn Greer is a pioneering inventor whose work in spatial collision detection is making a significant impact in her field. Her innovative methods and dedication to research continue to drive advancements in technology.