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Best multiple-view selection: Application to the visualization of urban rescue simulations
Published in João Manuel, R. S. Tavares, R. M. Natal Jorge, Computational Modelling of Objects Represented in Images, 2018
Pedro Miguel Moreira, Luís Paulo Reis, A. Augusto Sousa
Automatic computation of best views is an important problem and has applications in several fields, such as: automatic object (Vázquez and Sbert 2003) and scene (Andújar et al. 2004) exploration, virtual cinematography (Drucker and Zelter 1995), image based modeling and rendering (Vázquez et al. 2003) and also in the improvement of rendering algorithms such as ray-tracing and radiosity. There are several computer graphics applications that can take benefit from the automatic computation of best-views. In medical applications, best views can be usefully used as starting points for 3D model inspection. Best-views can assist camera control in games by weighting objects with importance values. Using best-views as informative image descriptions for 3D model repositories can lead to very significant resource savings (e.g time and bandwidth) in the search and retrieval process. We refer the interested reader to a recent review of applications by Sbert et. al (Sbert et al. 2005).
Indoor scene texturing based on single mobile phone images and 3D model fusion
Published in International Journal of Digital Earth, 2019
Hanjiang Xiong, Wei Ma, Xianwei Zheng, Jianya Gong, Douadi Abdelalim
Another interesting method called Image-based modelling and rendering (IBMR) (Mohan and Murali 2007; Mohan and Murali 2009; Zhu and Gao 2012) derives three-dimensional information from 2-D images. As a vision reconstruction method, IBMR is good enough for realistic visualization purposes but the without geometric model, it cannot in any case serve for indoor GIS navigation and other related applications.