stephanfr.com
CGAL | Stephan Friedl
https://stephanfr.com/category/computational-geometry/cgal
Cork – A High Performance Library for Geometric Boolean/CSG Operations. Is currently a Ph.D. student at Stanford and had published some remarkable papers on computational geometry. I was first drawn to his work by his 2009 paper on. Fast, Exact, Linear Booleans. As my interest in 3D printing led me to create some tooling of my own. The various libraries I found online for performing Constructive Solid Geometry (CSG) operations were certainly good but overall, very slow. CGAL. I have a collection of sampl...
crowdwork-ethics.wtf.tw
People | crowdwork-ethics 2013
http://www.crowdwork-ethics.wtf.tw/people
Data and Data Sources. This page lists subscribers to the crowdwork-ethics newsletter at the end of calendar year 2013. It is hoped that this will contribute eventually to the development of an interdisciplinary, cross-sectoral community of researchers and practitioners working on ethical issues in crowd work. There is no guarantee that this list will be maintained, however. If you would like your name removed from this list, please email Six Silberman at silberman.six@gmail.com. Cecilia R. Aragon. Is a ...
stephanfr.com
Stephan Friedl | Stephan Friedl
https://stephanfr.com/author/stephanfr
Author Archives: Stephan Friedl. Cork – A High Performance Library for Geometric Boolean/CSG Operations. Is currently a Ph.D. student at Stanford and had published some remarkable papers on computational geometry. I was first drawn to his work by his 2009 paper on. Fast, Exact, Linear Booleans. But I found myself waiting quite a while for results. I exchanged a couple emails with Gilbert and he pointed me to a new library he had published, Cork. And Intel’s Threading Building Blocks. I have a collection ...
stephanfr.com
Computational Geometry | Stephan Friedl
https://stephanfr.com/category/computational-geometry
Category Archives: Computational Geometry. Cork – A High Performance Library for Geometric Boolean/CSG Operations. Is currently a Ph.D. student at Stanford and had published some remarkable papers on computational geometry. I was first drawn to his work by his 2009 paper on. Fast, Exact, Linear Booleans. But I found myself waiting quite a while for results. I exchanged a couple emails with Gilbert and he pointed me to a new library he had published, Cork. And Intel’s Threading Building Blocks. I have a c...
arc-team-open-research.blogspot.com
ATOR: Boolean operations - the powerful Cork!
http://arc-team-open-research.blogspot.com/2014/10/boolean-operations-powerful-cork.html
ATOR (Arc-Team Open Research). The blog spreads tests, problems and results of Arc-Team research in archaeology, following the guidelines of the OpArc (Open Archaeology) project. Friday, 3 October 2014. Boolean operations - the powerful Cork! Model created with boolean (Cork) operation using a face and a skull (Taung child). Examples of Blender's boolean modifier, union, intersection and difference. Blender, as presented above has a modifier. I assure you that my hair was subtracted before, when they fel...
paperswelove.org
San Francisco Chapter | Papers We Love
http://paperswelove.org/chapter/sanfrancisco
What was the last paper within the realm of computing you read? What did it inspire you to build or tinker with? Come share the ideas in an awesome academic/research publication with fellow engineers, programmers, and paper-readers. Lead a session and show off code that you wrote that implements these ideas or just give us the lowdown about the paper. Otherwise, just come, listen, learn, and discuss. We'll be using papers-we-love's curated repository. PWL SF strictly adheres to the Code of Conduct. Http:...
people.csail.mit.edu
Fredrik Berg Kjolstad's Home Page
http://people.csail.mit.edu/fred
Fredrik Berg Kjolstad - Curious Computer Science Researcher and Software Engineer. Computer Science and Artificial Intelligence Laboratory. Department of Electrical Engineering and Computer Science. Massachusetts Institute of Technology. Fred at csail dot mit dot edu. I am a PhD candidate at MIT. I work on the Simit programming language for computing on graphs and unstructured meshes with linear algebra and tensors. I like to make tools to help people make things. ACM Transactions on Graphics May 2016.
