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Updating @article to include required fields; changed @article -->...

Updating @article to include required fields; changed @article --> @Inproceedings; email sent listing unclear entries and unfilled required fields.
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......@@ -8,7 +8,6 @@
Month = 09,
Abstract = "Sustainable software ecosystems are difficult to build, and require concerted effort, community norms and collaborations. In science it is especially important to establish communities in which faculty, staff, students and open-source professionals work together and treat software as a first-class product of scientific investigation-just as mathematics is treated in the physical sciences. Kitware has a rich history of establishing collaborative projects in the science, engineering and medical research fields, and continues to work on improving that model as new technologies and approaches become available. This approach closely follows and is enhanced by the movement towards practicing open, reproducible research in the sciences where data, source code, methodology and approach are all available so that complex experiments can be independently reproduced and verified.",
Journal = "arXiv.org",
Institution = "Kitware, Inc.",
}
@Article{Hoffman+Martin+Schroeder+Geveci+Brown+Wilson+Bryant+Crook+Ramey+Seltzer+Bostic+Moir+Davis+Chansler+Kuang+Radia+Scvachko+Srinivas+Brown+Canino-Koning+Ivov+Lattner+Ochtman+Marcus+Ziade+Cesarini+Gross+Sheehy+Steward+Allman+Bryant+Lagar-Cavilla+Tang+Madeley+Laudicina+Mavrinac+Horstmann+Freire+Koop+Santos+Shimooka+White2011,
......@@ -25,6 +24,7 @@
Year = 2011,
Month = 01,
Journal = "Kitware Source",
Volume = "18",
Institution = "Kitware Inc",
}
......@@ -36,6 +36,7 @@
Journal = "Kitware Source",
Pages = "2--6",
Institution = "Kitware, Inc.",
Volume = "15",
}
@Article{Hoffman2008,
......@@ -59,7 +60,7 @@ how to effectively use CDash on a project, developing software
any other way is like coding with one hand tied behind
your back.",
Journal = "Kitware Source",
Number = "7",
Volume = "7",
Pages = "8--11",
Institution = "Kitware Inc.",
}
......@@ -72,22 +73,21 @@ your back.",
Volume = "24",
Number = "1",
Pages = "46--53",
Publisher = "IEEE Software",
Journal = "IEEE Software",
}
@Article{Martin+Hoffman2004,
@Book{Martin+Hoffman2004,
Author = " K. Martin and B. Hoffman",
Title = "Mastering CMake: A Cross-Platform Build System, second edition",
Year = 2004,
Month = 01,
Publisher = "Kitware Inc.",
Journal = "Kitware Source",
}
@Article{Martin+Hoffman2003,
@Book{Martin+Hoffman2003,
Author = "Ken Martin and Bill Hoffman",
Title = "Mastering CMake: A Cross-Platform Build System",
Year = 2003,
Month = 01,
Publisher = "Kitware Inc",
}
......@@ -99,7 +99,7 @@ your back.",
Volume = "28",
Number = "1",
Pages = "40--47",
Publisher = "Dr. Dobb's Journal, M and T PUBLISHING INC",
Journal = "Dr. Dobb's Journal, M and T PUBLISHING INC",
}
@Article{Martin+Hoffman+Geveci2002,
......@@ -110,14 +110,13 @@ your back.",
Abstract = "If you ask five programmers what language they use, you'll probably get five different answers. So how do you develop libraries that support a wide range of languages? Here's one approach. Additional resources include {tt multilan.txt} (listings) and {tt multilan.zip} (source code).",
Volume = "27",
Pages = "54, 56--59",
Publisher = "Dr. Dobb's Journal. February 2002. ",
Journal = "Dr. Dobb's Journal. February 2002. ",
}
@Article{Schroeder+Avila+Martin+Hoffman+Law2001,
@Book{Schroeder+Avila+Martin+Hoffman+Law2001,
Author = " W. J. Schroeder and L. S. Avila and K. M. Martin and W. Hoffman and C. Law",
Title = "The Visualization Toolkit User's Guide",
Year = 2001,
Month = 01,
Publisher = "Kitware, Inc.",
}
......@@ -134,7 +133,7 @@ your back.",
Title = "Pseudo-Incremental Linking for C/C++",
Year = 1999,
Month = 10,
Publisher = "Dr. Dobb's Journal, M and T PUBLISHING INC",
Journal = "Dr. Dobb's Journal, M and T PUBLISHING INC",
}
@Article{Rothwell+Mundy+Hoffman1996,
......@@ -142,27 +141,27 @@ your back.",
Title = "Representing Objects using Topology",
Year = 1996,
Month = 01,
Abstract = ". In this paper we call for the revival of the study of topological representations in computer vision. Topology allows us to express the connectivity relationships which exist between different primitives in images and in scenes. Although topology was once of significant interest in vision, it has recently become over-shadowed by geometric considerations. We believe that it has a very important role to play in visual processing. First we introduce an object-oriented class hierarchy which records the topological descriptions which exist in images and scenes. Once we have shown how the image topology relates to that of the scene, we demonstrate how it can be extracted from raw images. Subsequent to this, we describe how the newly found topological descriptions can be employed to facilitate feature grouping, the recognition of polyhedra, and the evaluation of recognition hypothesis which result from a mature object recognition system. 1 Introduction The two main goals of this paper are ...",
Abstract = "In this paper we call for the revival of the study of topological representations in computer vision. Topology allows us to express the connectivity relationships which exist between different primitives in images and in scenes. Although topology was once of significant interest in vision, it has recently become over-shadowed by geometric considerations. We believe that it has a very important role to play in visual processing. First we introduce an object-oriented class hierarchy which records the topological descriptions which exist in images and scenes. Once we have shown how the image topology relates to that of the scene, we demonstrate how it can be extracted from raw images. Subsequent to this, we describe how the newly found topological descriptions can be employed to facilitate feature grouping, the recognition of polyhedra, and the evaluation of recognition hypothesis which result from a mature object recognition system. 1 Introduction The two main goals of this paper are ...",
Institution = "2",
}
@Article{Rothwell+Rothwell+Mundy+Nguyen+Mundy+Hoffman+Hoffman+Robotvis1995,
@Inproceedings{Rothwell+Rothwell+Mundy+Nguyen+Mundy+Hoffman+Hoffman+Robotvis1995,
Author = "Charlie Rothwell and Charlie Rothwell and Joe Mundy and Van-DucD. Nguyen and Joe Mundy and Bill Hoffman and Projet Robotvis",
Title = "Driving Vision by Topology",
Year = 1995,
Month = 01,
Abstract = ": Recently, vision research has centred on both the extraction and organization of geometric features, and on geometric relations. It is largely assumed that topological structure, that is linked edgel chains and junctions, cannot be extracted reliably from image intensity data. In this paper we demonstrate that this view is overly pessimistic and that visual tasks, such as perceptual grouping, can be carried out much more efficiently and reliably if well-formed topological structures are available. The widespread assumption that edge detectors produce incomplete and erroneous topological relations, such as the image projection of polyhedral face-edge-vertex structures, is shown to be false by analyzing the causes for failure in traditional edge detectors. These deficiencies can largely be overcome, and we show that a good compromise between topological completeness and geometric accuracy can be achieved. Furthermore, edge detection should not be carried out in isolation. The resulti...",
Abstract = "Recently, vision research has centred on both the extraction and organization of geometric features, and on geometric relations. It is largely assumed that topological structure, that is linked edgel chains and junctions, cannot be extracted reliably from image intensity data. In this paper we demonstrate that this view is overly pessimistic and that visual tasks, such as perceptual grouping, can be carried out much more efficiently and reliably if well-formed topological structures are available. The widespread assumption that edge detectors produce incomplete and erroneous topological relations, such as the image projection of polyhedral face-edge-vertex structures, is shown to be false by analyzing the causes for failure in traditional edge detectors. These deficiencies can largely be overcome, and we show that a good compromise between topological completeness and geometric accuracy can be achieved. Furthermore, edge detection should not be carried out in isolation. The resulti...",
Pages = "395--400",
Publisher = "Proc. International Symposium on Computer Vision",
Booktitle = "Proc. International Symposium on Computer Vision",
Institution = "Van-Duc NGUYEN",
}
@Article{Mundy+Huang+Liu+Hoffman+Forsyth+Rothwell+Zisserman+Utcke+Bournez1994,
@Inproceedings{Mundy+Huang+Liu+Hoffman+Forsyth+Rothwell+Zisserman+Utcke+Bournez1994,
Author = " J.L. Mundy and C. Huang and J. Liu and W. Hoffman and D.A. Forsyth and C.A. Rothwell and A. Zisserman and S. Utcke and O. Bournez",
Title = "MORSE: A 3D object recognition system based on geometric invariants",
Year = 1994,
Month = 01,
Pages = "1393--1402",
Publisher = "Proc. DARPA Image Understanding Workshop",
Booktitle = "Proc. DARPA Image Understanding Workshop",
}
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