Associate Professor of Computer Science at a prominent research university, this expert specializes in urban visual computing, inverse procedural modeling, and generative deep learning techniques for 3D reconstruction and synthesis. With expertise spanning computer graphics, computer vision, and artificial intelligence, the expert has pioneered innovative methods for automated 3D city modeling, building generation from satellite imagery, and image-based rendering. Career highlights include research positions at leading technology organizations and visiting professorships at several top-tier international institutions.

Formal Education

  • Ph.D. in Computer Science from a leading research university
  • M.S. in Computer Science from a major research university
  • B.S. in Computer Science, Magna Cum Laude, from a top-tier institution

Career Highlights

  • Associate Professor of Computer Science at a prominent research university; promoted to Associate Professor
  • Member of Technical Staff at an Image and Video Processing Lab at a leading technology company
  • Research Scientist at a prestigious research institution; Visiting Professor at several leading international institutions
  • Principal or Co-Principal Investigator on significant federal and private research funding
  • Author of 170+ peer-reviewed publications in flagship conferences and leading academic venues
  • Holder of multiple granted U.S. patents in computer graphics, 3D reconstruction, and image processing technologies

Expert Qualifications

  • Testifying expert in patent litigation for multiple leading technology and defense companies in matters involving computer graphics, image processing, and visual computing
  • Experience with U.S. Patent and Trademark Office (PTAB) proceedings, federal district court litigation, and U.S. International Trade Commission cases
  • 170+ published peer-reviewed papers in flagship conferences and holder of multiple U.S. patents in computer graphics and image processing
  • Recognized expert in procedural 3D modeling, image-based reconstruction, generative deep learning, and GPU-accelerated rendering technologies