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Scheduling And Simulation Of VLBI Measurements For The Determination Of Earth Orientation Parameters

Geodetic VLBI System . Nilsson, Tobias, Robert Heinkelmann, Maria Karbon, Virginia Raposo-Pulido, Benedikt Soja, and Harald Schuh. 2014. “Earth Orientation Parameters Estimated from VLBI during the CONT11 Campaign.” Journal of Geodesy 88 (5): 491–502. doi:10.1007/s00190-014-0700-5. Petrachenko, W. T., H. Schuh, A. E. Niell, D. Behrend, and B. E. Corey. 2010. “VLBI2010: Next Generation VLBI System for Geodesy and Astrometry.” American Geophysical Union . . Petrachenko, B., A. Niell, D. Behrend, B

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Using Different Mapping Function In GPS Processing For Remote Sensing The Atmosphere

. 2015. “Scheduling And Simulation Of VLBI Measuremets For The Determination Of Earth Orientation Parameters.” Journal of Applied Engineering Sciences 5 (1): 61–68. Nistor, Sorin, and Aurelian Stelian Buda. 2015. “Ambiguity Resolution in Precise Point Positioning Technique: A Case Study.” Journal of Applied Engineering Science . Ohtani, Ryu, and Isao Naito. 2000. “Comparisons of GPS-derived Precipitable Water Vapors with Radiosonde Observations in Japan.” Journal of Geophysical Research: Atmospheres (1984–2012) 105 (D22). Wiley Online Library: 26917

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Comparative Analysis of Structure-From-Motion Software’s –An Example of Letychiv (Ukraine) Castle and Convent Buildings

. (2018). A study of structure from motion photogrammetry for generating 3D model from 2D images. IOSR Jornal of Engineering (IOSRJEN), ISSN (e): 2250-3021, ISSN (p): 2278-8719, Volume 4, 72-76. Sona, G. Pinto, L. Pagliari, D. Passoni, D. and Gini, R. (2014). Experimental analysis of different software packages for orientation and digital surface modeling from UMV images, Earth Science Information, 7(2), 97-107, doi: 10.1007/s12145-013-0142-2. Strach M., A. Tama P. Lewinska, 2016, Comparative Analysis of 3D Models Made with Various Technologies on the

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