Results 51 to 60 of about 5,235,033 (372)
Intraoperative Data-Based Haptic Feedback for Arthroscopic Partial Meniscectomy Punch Simulation
IEEE Access, 2022 The use of intraoperative tool-tissue interaction data for arthroscopic digital twins has the potential to enhance haptic feedback in surgical simulations.
Oystein Bjelland +3 more
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Interpolation of Marcinkiewicz spaces.
MATHEMATICA SCANDINAVICA, 1985 For each non-negative concave function \(\phi\) (t), the Marcinkiewicz space \(M_{\phi}\) consists of all measurable functions f such that \((\phi (t))^{-1}\int^{t}_{0}f^*(s)ds\leq C\) for all \(t>0\) and some constant C. Interpolation spaces with respect to couples \((M_{\phi_ 0},M_{\phi_ 1})\) of such spaces are considered.
Cwikel, Michael, Nilsson, Per
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Application of a four-dimensional space fractal interpolation algorithm in grade estimation
工程科学学报, 2015 Kriging interpolation is a widely used low-pass filter interpolation method, but it cannot reconstruct the high-frequency, low-frequency and partial information of original information.
HU Nai-lian +3 more
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Energy Reports, 2022 It is very significant to comprehensively understand the variation and distribution of the underground thermal environment, which will help to increase the building energy efficiency and improve the users’ thermal comfort.
Zhuoyu Yu +4 more
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Upsampling for Improved Multidimensional Attribute Space Clustering of Multifield Data
Information, 2018 Clustering algorithms in the high-dimensional space require many data to perform reliably and robustly. For multivariate volume data, it is possible to interpolate between the data points in the high-dimensional attribute space based on their spatial ...
Vladimir Molchanov, Lars Linsen
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Local uniform convexity and Kadec-Klee type properties in K-interpolation spaces I: General Theory
Journal of Function Spaces and Applications, 2004 We present a systematic study of the interpolation of local uniform convexity and Kadec-Klee type properties in K-interpolation spaces. Using properties of the K-functional of J.Peetre, our approach is based on a detailed analysis of properties of a ...
Peter G. Dodds +3 more
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Passivity-preserving parameterized model order reduction using singular values and matrix interpolation [PDF]
, 2013 We present a parameterized model order reduction method based on singular values and matrix interpolation. First, a fast technique using grammians is utilized to estimate the reduced order, and then common projection matrices are used to build ...
Dhaene, Tom +3 more
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Notes on non-interpolation spaces
Journal of Approximation Theory, 1989 Some general examples of non-interpolation pairs and spaces are presented. Necessary conditions for interpolation are established which determine the first type of examples. Constructions connected with the relative completion and a property of the K-functional provide the second class of examples.
Maligranda, Lech, Mastylo, M.
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Characterization of interpolation between Grand, small or classical Lebesgue spaces
, 2017 In this paper, we show that the interpolation spaces between Grand, small or classical Lebesgue are so called Lorentz-Zygmund spaces or more generally $G\Gamma$-spaces. As a direct consequence of our results any Lorentz-Zygmund space $L^{a,r}({\rm Log}\,
Fiorenza, Aberto +4 more
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Interpolation of weak type spaces [PDF]
Mathematische Zeitschrift, 1989 The role of almost optimal decompositions in the construction of weak type spaces is studied. A result by Herz is shown to imply interpolation results for weak-type spaces; identities relating the derivatives of the K-functional and the E-functional are derived and, as a consequence, two known approaches to weak-type interpolation are shown to coincide;
Jawerth, B., Milman, M.
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