Jostein Bratlie
Jostein Bratlie,
Rune Dalmo
:
Exploring future C++ features within a geometric modeling context
NIKT: Norsk IKT-konferanse for forskning og utdanning 2019 ARKIV
Jostein Bratlie,
Rune Dalmo,
Børge Bang
:
Evaluation of smooth spline blending surfaces using GPU
Lecture Notes in Computer Science (LNCS) 2015 DOI
Rune Dalmo,
Jostein Bratlie,
Peter Balint Zanaty
:
Image compression using an adjustable basis function
Mathematics in Engineering, Science and Aerospace (MESA) 2015
Rune Dalmo,
Jostein Bratlie,
Børre Bang
:
Performance of a Wavelet Shrinking method
Lecture Notes in Computer Science (LNCS) 2015 DOI
Jostein Bratlie,
Rune Dalmo,
Børre Bang
:
Wavelet compression of spline coefficients
Lecture Notes in Computer Science (LNCS) 2015 DOI
Aleksander Pedersen,
Jostein Bratlie,
Rune Dalmo
:
Spline representation of connected surfaces with custom-shaped holes
Lecture Notes in Computer Science (LNCS) 2015 DOI
Jostein Bratlie,
Rune Dalmo,
Peter Balint Zanaty
:
Fitting of Discrete Data with GERBS
2014 DOI
Rune Dalmo,
Jostein Bratlie,
Børre Bang,
Arne Lakså
:
Smooth Spline Blending Surface approximation over a triangulated Irregular Network
International Journal of Applied Mathematics (IJAM) 2014 DOI
Rune Dalmo,
Jostein Bratlie
:
Discrete Wavelet Compression of ERBS
2014 DOI
Birgitte Haavardsholm,
Jostein Bratlie,
Rune Dalmo
:
Surface deformation over flexible joints using spline blending techniques
2014 DOI
Jostein Bratlie,
Rune Dalmo
:
Motion capture data represented using a blending type spline construction
2014 DOI
Rune Dalmo,
Jostein Bratlie
:
Data approximation using a blending type spline construction
2014 DOI
Jostein Bratlie,
Rune Dalmo,
Aleksander Pedersen
:
Modeling terminal ballistics using blending-type spline surfaces
2014 DOI
Rune Dalmo,
Jostein Bratlie,
Peter Balint Zanaty
:
Image processing with LERBS
2014 DOI
Jostein Bratlie
:
Local refinement of GERBS surfaces with applications to interactive geometric modeling
2013 DOI
Lubomir T. Dechevski,
Jostein Bratlie,
Joakim Gundersen
:
Index Mapping between Tensor-Product Wavelet Bases of Different Number of Variables, and Computing Multivariate Orthogonal Discrete Wavelet Transforms on Graphics Processing Units
Lubomir T. Dechevski,
Jostein Bratlie,
Børre Egil Johan Bang,
Arne Lakså,
Joakim Gundersen
:
Wavelet-Based Lossless One-and Two-Dimensional Representation of Multidimensional Geometric Data
AIP Conference Proceedings 2011 DOI
Lubomir T. Dechevski,
Børre Bang,
Arne Lakså,
Jostein Bratlie
:
Solving Closest-Point Multidimensional Computational Geometric Problems on Graphics Proccesing Units [abstract]
2011
Lubomir T. Dechevski,
Jostein Bratlie,
Joakim Gundersen
:
Index Mapping between Tensor-Product Wavelet Bases of Different Number of Variables, and Computing Multivariate Orthogonal Discrete Wavelet Transforms on Graphics [abstract]
2011
Lubomir T. Dechevski,
Jostein Bratlie,
Joakim Gundersen
:
Mapping Tensor-product Wavelet Bases and GPGPU-computing of DWTs [abstract]
2011 SAMMENDRAG / OMTALE
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