
3D Structure from Images - SMILE 2000
Product information for 3D Structure from Images - SMILE 2000
Discover the groundbreaking insights from the 3D Structure from Images SMILE 2000 workshop, now available in this definitive volume from Springer Shop. This collection presents the final versions of papers originally delivered at the second SMILE workshop, held in conjunction with the Sixth European Conference in Computer Vision at Trinity College Dublin. Explore the visual acquisition of 3D world models from images and their applications in virtual and augmented reality. Over recent years, this field has seen remarkable progress, with new insights leading to more flexible techniques and innovative representations. Robust algorithms now deliver reliable results on real image data, while advances in supporting technologies—such as digital cameras, computers, and visualization devices—have made previously infeasible tasks achievable. The workshop featured an inspiring invited presentation by Paul Debevec on image-based modeling, rendering, and lighting. He demonstrated techniques for using digital images of real scenes to create 3D models, virtual camera moves, and realistic animations. The event was structured into three key sessions: Computation and Algorithms, Visual Scene Representations, and Extended Environments. Each session concluded with a panel discussion moderated by leading experts Bill Triggs, Marc Pollefeys, and Tomas Pajdla. A significant portion of these proceedings includes transcripts of the high-quality discussions following each paper and the full panel sessions. These exchanges were integral to the workshop, offering valuable perspectives and fostering deeper understanding. Ideal for researchers, developers, and students in computer vision, this volume captures the collaborative spirit and cutting-edge knowledge shared at SMILE 2000. Visit Springer Shop at https://link.springer.com to add this essential resource to your collection and stay at the forefront of 3D imaging technology.























