Company Filing History:
Years Active: 2015
Title: Inventor Profile: Daniel Filip and His Innovations in Urban Geometry Estimation
Introduction: Daniel Filip, an innovative inventor based in Zurich, Switzerland, has made significant contributions to the field of 3D modeling through his patented technology. His expertise lies in enhancing the accuracy of virtual models of physical locations using laser measurements and photographic images.
Latest Patents: Daniel holds a patent for "Urban Geometry Estimation from Laser Measurements." This innovative technology outlines a method for generating three-dimensional scene geometry by utilizing a combination of images and distance measurements from vehicle trajectories. The process includes obtaining image data from both a first and a second vehicle trajectory, which intersect, and allows for the creation of a comprehensive 3D scene geometry through meticulous registration of vehicle positions and orientations.
Career Highlights: Daniel is currently employed at Google Inc., where he applies his expertise in urban geometry and 3D modeling. His work contributes to advancing technologies that enhance the virtual representation of real-world locations, paving the way for improved applications in navigation, urban planning, and augmented reality.
Collaborations: During his tenure, Daniel has collaborated with notable professionals, including Jesse Berent and Luciano Sbaiz, who share a commitment to pushing the boundaries of technology in their respective fields. These collaborations not only enhance the quality of innovations but also expand the impact of their collective work on future projects.
Conclusion: Daniel Filip’s dedication to innovation and problem-solving in the realm of urban geometry estimation illustrates the critical role inventors play in shaping technology. With his patent that merges laser measurements and photographic techniques, Daniel continues to advance the capabilities of three-dimensional modeling, showcasing the potential for future developments in urban visualization and analysis.