S. V. Mescheryakov, D. A. Shchemelinin, V. E. Yanchus
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This article describes a new effective technique of using modern motion capture and control systems with infrared markers for video tracking and 3D modeling of dynamic objects, including people and their shadows. For the realistic recreation of dynamic shadows a low-polygonal 3D model is considered more efficient in terms of required big data computations and lower budget of a virtual 3D video studio.
Keywords: big data, 3D modeling, motion capture, video tracking, virtual reality.
REFERENCES
1. Shchemelinin, D. & Mescheryakov, S. Big Software Deployments in a Big Enterprise Environment. Proceedings of the 2nd ASE International Conference on Big Data
Science and Computing, 2014, Stanford University, CA, USA, Retrieved January 15,
2016, from http://www.ase360.org/handle/123456789/135
2. Bodenheimer, B., Rose, C., Rosenthal, S., & Pella, J. The process of motion
capture: dealing with the data. Computer Animation and Simulation, 1997, SpringerVerlag, pp. 3–18.
3. Huang, Z. Motion control for human animation (PhD thesis, EPFL-DI-LIG).
1996.
4. Mescheryakov, S., Shchemelinin, D. & Efimov, V. Adaptive control of cloud computing resources in the Internet telecommunication multiservice system. Proceedings
of the 6th International Congress on Ultra Modern Telecommunications and Control
Systems, 2014, St. Petersburg, Russia, 287–293. doi: 10.1109/ICUMT.2014.7002117
5. Realviz Movimento – Motion Capture. Communique de Presse: 3DVF Magazine,
2006, Retrieved January 15, 2016, from http://www.3dvf.com/modules/publish/_1751_1.
html
6. Itten, J. The art of color. Aronov Publishing House, Moscow, 2007.
7. Ivanov, V.M. & Yanchus, V.E. Training problems in color correction of digital
video. The Journal of St. Petersburg University of Technology and Design, 2014, 3.
8. Mescheryakov, S.V., Yanchus, V.E., & Zhmailova, U.M. Modeling 3D objects
with dynamic shadows using infrared markers technique. Proceedings of the 4th International Conference on Computer Modeling and Simulation, 2015, St. Petersburg,
Russia, pp. 108–109.
9. Visualization and Computer Graphics Laboratory of the Institute of International
Education Programs of the St. Petersburg Polytechnic University. Retrieved January
15, 2016, from http://www.kunil.spbstu.ru/eng/vicg
