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Photorealistic assets and environments of Iceland created using machine learning
Iceland: Dipinti Kapoor and Kaushil Shah
Student Gallery M.S. AUD

Artificial Hybrid-Cityscapes

289 Technology Seminar
2019

This Technology Seminar explored methodologies and techniques of hyper-realistic world-building of synthetic environments using machine learning. Students investigated the latest in rendering technologies that enable GPU-based Real-Time Raytracing in Game Engines such as Unreal Engine. Furthermore, the studio focused on how to create and generate highly detailed digital assets. In doing so, we learned specific modeling techniques, texture mapping and how to integrate digital assets derived from photogrammetry and laser scans.

Building upon these skills, students integrated advanced lighting, materials and HDRI maps into the digital scenes. The seminar work was integrated into the 2019-20 IDEAS Technology Studio: Technocritical Architectural Narratives for Human/Machine Society with students creating photorealistic assets and environments for their Fall 2019 final studio project.

Related Faculty
 Benjamin Ennemoser
Related topics
 Technology
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Photorealistic assets and environments of Iceland created using machine learning
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  1. New York City: Sangmi Lee, Siyuan Xu, and Xuanhong Liu
  2. New York City: Sangmi Lee, Siyuan Xu, and Xuanhong Liu
  3. Iceland: Dipinti Kapoor and Kaushil Shah
  4. Iceland: Dipinti Kapoor and Kaushil Shah
  5. Iceland: Dipinti Kapoor and Kaushil Shah
  6. Iceland: Dipinti Kapoor and Kaushil Shah
  7. Venice: Yiyin Wu, Zhishan Liu, and Wei Xie
  8. Venice ponds: Yiyin Wu, Zhishan Liu, and Wei Xie
  9. Venice streams: Yiyin Wu, Zhishan Liu, and Wei Xie
  10. South Florida: Onur Koyun, Won Choi, and Hideyo Kameda
  11. South Florida: Onur Koyun, Won Choi, and Hideyo Kameda
  12. South Florida: Onur Koyun, Won Choi, and Hideyo Kameda
  13. South Florida: Onur Koyun, Won Choi, and Hideyo Kameda
  14. South Florida: Onur Koyun, Won Choi, and Hideyo Kameda
  15. South Florida: Onur Koyun, Won Choi, and Hideyo Kameda
  16. Greenland: Zhi Zhou, Huilin Liu, and Xiaoman Zhang
  17. Greenland: Zhi Zhou, Huilin Liu, and Xiaoman Zhang
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