Company Filing History:
Years Active: 2013
Title: The Innovator Patrick Klie: Pioneering 3D Mesh Compression
Introduction
Patrick Klie, an inventive mind located in Hannover, Germany, is making waves in the field of computer graphics and digital processing. With a focus on scalable solutions, his contributions aim to enhance the efficiency of 3D mesh sequences, which are pivotal in various technological applications, including animation, gaming, and virtual reality.
Latest Patents
Patrick holds a patent for "Scalable compression of time-consistent 3D mesh sequences." This innovative method provides a predictive compression technique that makes the representation of 3D meshes more efficient. The method carefully decomposes each frame into layers, creating a time-consistent multi-resolution framework that can be scaled as needed. By employing predictive coding principles, the method utilizes local temporal and spatial dependencies to compress the data layer-wise. This approach allows frames to be reconstructed with varying levels of detail, enhancing both the performance and quality of 3D visualizations.
Career Highlights
Patrick Klie is currently affiliated with the Gottfried Wilhelm Leibniz University Hannover, where his research and development work focus on cutting-edge computational methods in graphics. His dedication to innovation is evident in his patent work, which has the potential to influence how digital media is processed and rendered.
Collaborations
Throughout his career, Patrick has collaborated with notable colleagues, including Nikolce Stefanoski and Jörn Ostermann. These partnerships enhance the scope of his research, combining diverse expertise in tackling complex problems in the field of 3D modeling and mesh compression.
Conclusion
As an inventor, Patrick Klie stands at the forefront of technological advancement in 3D mesh processing. His groundbreaking patent exemplifies his commitment to innovation, highlighting the importance of scalable solutions in today's digital landscape. With valuable collaborations and a dedicated research focus, Patrick continues to contribute significantly to the evolution of computer graphics technology.