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Instant texture transmission using bandwidth-optimized progressive interlacing images.

, , , , and . Web3D, page 144. ACM, (2014)

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Optimized streaming of large web 3D applications., , and . VSMM, page 1-8. IEEE, (2017)Towards more expressive rendering in X3D., , , and . Web3D, page 146. ACM, (2014)Towards a Common Implementation Framework for Online Virtual Museums., , , and . HCI (10), volume 8013 of Lecture Notes in Computer Science, page 321-330. Springer, (2013)Realistic Real-Time Hair Simulation and Rendering., , , and . VVG, page 229-236. Eurographics Association, (2005)Distributed 3D model optimization for the web with the common implementation framework for online virtual museums., , , and . Digital Heritage (2), page 719-726. IEEE, (2013)Training an FCN with Synthetic Images for Component Segmentation with Applications in Orientation Estimation and Image Inpainting., , and . CW, page 156-159. IEEE, (2018)Efficient Image Distribution on the Web - Instant Texturing for Collaborative Visualization of Virtual Environments., , , , and . GRAPP, page 478-485. SciTePress, (2015)MIPos: towards mobile image positioning in mixed reality web applications based on mobile sensors., , , , and . Web3D, page 17-25. ACM, (2014)Adapting X3D for Multi-Touch Environments, , , , , , , and . Web3D '08: Proceedings of the 13th International Symposium on 3D Web Technology, Los Angeles, CA, USA, page 27-30. (2008)Enhancing the AR Experience with Machine Learning Services., , , , and . Web3D, page 1-9. ACM, (2019)