Rune Dalmo
Rune Dalmo,
Natasha Gabatsuyevna Samko,
Lars-Erik Persson
:
Old and new on the Peetre K-functional and its relations to real interpolation theory, quasi-monotone functions and wavelets
Analysis and Mathematical Physics 2025 /
Rune Dalmo
:
On the Peetre K-functional, real interpolation theory, quasi-monotone functions, and wavelets
2024
Tanja Emilie Henriksen,
Tanita Fossli Brustad,
Rune Dalmo,
Aleksander Pedersen
:
Computer-Aided Optimisation in Additive Manufacturing Processes: A State of the Art Survey
Journal of Manufacturing and Materials Processing (JMMP) 2024 /
Shayan Dadman,
Bernt Arild Bremdal,
Børre Bang,
Rune Dalmo
:
Toward Interactive Music Generation: A Position Paper
IEEE Access 2022 /
Tatiana Kravetc,
Rune Dalmo
:
Finite element application of ERBS extraction
Journal of Computational and Applied Mathematics 24. april 2020 /
Tanita Fossli Brustad,
Rune Dalmo
:
Exploring benefits of using blending splines as transition curves
Applied Sciences 2020 /
Tanita Fossli Brustad,
Rune Dalmo
:
Railway transition curves: A review of the state-of-the-art and future research
Infrastructures 2020 /
Jostein Bratlie,
Rune Dalmo
:
Exploring future C++ features within a geometric modeling context
NIKT: Norsk IKT-konferanse for forskning og utdanning 2019 /
Tatiana Kravetc,
Børre Bang,
Rune Dalmo
:
Regression analysis using a blending type spline construction
Springer Publishing Company 2017 /
Lucas Woltmann,
Rune Dalmo,
Raymond Kristiansen
:
Multi-source data collection for state-of-the-art data analysis from ground-proximate images in sea ice classification
Proceedings of the IEEE International Symposium on Industrial Electronics 2017 /
Rune Dalmo
:
Matrix factorization of multivariate Bernstein polynomials
International Journal of Pure and Applied Mathematics 2015 /
Aleksander Pedersen,
Jostein Bratlie,
Rune Dalmo
:
Spline representation of connected surfaces with custom-shaped holes
Lecture Notes in Computer Science (LNCS) 2015
Jostein Bratlie,
Rune Dalmo,
Børge Bang
:
Evaluation of smooth spline blending surfaces using GPU
Lecture Notes in Computer Science (LNCS) 2015
Rune Dalmo,
Jostein Bratlie,
Peter Balint Zanaty
:
Image compression using an adjustable basis function
Mathematics in Engineering, Science and Aerospace (MESA) 2015
Jostein Bratlie,
Rune Dalmo,
Børre Bang
:
Wavelet compression of spline coefficients
Lecture Notes in Computer Science (LNCS) 2015
Rune Dalmo,
Jostein Bratlie,
Børre Bang
:
Performance of a Wavelet Shrinking method
Lecture Notes in Computer Science (LNCS) 2015
Jostein Bratlie,
Rune Dalmo,
Peter Balint Zanaty
:
Fitting of Discrete Data with GERBS
Springer 2014
Rune Dalmo,
Jostein Bratlie
:
Discrete Wavelet Compression of ERBS
Springer 2014
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
Rune Dalmo,
Jostein Bratlie,
Peter Balint Zanaty
:
Image processing with LERBS
AIP Publishing (American Institute of Physics) 2014
Rune Dalmo,
Jostein Bratlie
:
Data approximation using a blending type spline construction
AIP Publishing (American Institute of Physics) 2014
Birgitte Haavardsholm,
Jostein Bratlie,
Rune Dalmo
:
Surface deformation over flexible joints using spline blending techniques
AIP Publishing (American Institute of Physics) 2014
Jostein Bratlie,
Rune Dalmo
:
Motion capture data represented using a blending type spline construction
AIP Publishing (American Institute of Physics) 2014
Jostein Bratlie,
Rune Dalmo,
Aleksander Pedersen
:
Modeling terminal ballistics using blending-type spline surfaces
AIP Publishing (American Institute of Physics) 2014
Rune Dalmo
:
Local refinement of ERBS curves
AIP Publishing (American Institute of Physics) 2013 /
Tatiana Kravetc,
Børre Bang,
Rune Dalmo
:
Representation and application of spline-based finite elements
ÐÒÔË´óתÅÌ Norges arktiske universitet 2020
Rune Dalmo
:
Expo-Rational B-Splines in Geometric Modeling - Methods for Computer Aided Geometric Design
Universitetet i Oslo 2016
