Scanalyze: a system for aligning and merging range data. Scanalyze is an interactive computer graphics application for viewing, editing, aligning, and merging range images to produce dense polygon meshes. It was the primary tool used in the Digital Michelangelo Project (1997-2004) to assemble 3D models of Michelangelo’s statues from laser range data. It was also used heavily in the Digital Forma Urbis Romae Project (1999-2006). This software distribution contains the source code for Scanalyze, as well as binaries compiled for SGIs (running IRIX) and PCs (running Linux or Windows). It is being made available for research and commercial use, free of charge, as described at the bottom of this web page.

References in zbMATH (referenced in 7 articles )

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  1. Larese, Mónica G.; Granitto, Pablo M.; Gómez, Juan C.: Spot defects detection in cDNA microarray images (2013) ioport
  2. Bae, Whasoo; Kim, Choongrak: A simple segmentation method for DNA microarray spots by kernel density estimation (2008)
  3. Qiu, Peihua; Sun, Jingran: Local smoothing image segmentation for spotted microarray images (2007)
  4. Wang, Yu-Ping; Gunampally, Maheswar; Chen, Jie; Bittel, Douglas; Butler, Merlin G.; Cai, Wei-Wen: A comparison of fuzzy clustering approaches for quantification of microarray gene expression (2007) ioport
  5. Liew, Alan Wee-Chung; Yan, Hong; Yang, Mengsu: Pattern recognition techniques for the emerging field of bioinformatics: a review (2005) ioport
  6. Jornsten, R.; Wang, W.; Yu, B.; Ramchandran, K.: Microarray image compression: SLOCO and the effect of information loss (2003)
  7. Dudoit, Sandrine; Yang, Yee Hwa; Callow, Matthew J.; Speed, Terence P.: Statistical methods for identifying differentially expressed genes in replicated cDNA microarray experiments (2002)