نتایج جستجو برای: k space

تعداد نتایج: 842605  

Journal: :Communications, Faculty Of Science, University of Ankara Series A1Mathematics and Statistics 1995

Journal: :Magnetic Resonance in Medicine 1999

M. Bidkham M. Hosseini

Let denote by Fk,n the nth k-Fibonacci number where Fk,n = kFk,n−1+Fk,n−2 for n 2 with initial conditions Fk,0 = 0, Fk,1 = 1, we may derive a functionalequation f(k, x) = kf(k, x − 1) + f(k, x − 2). In this paper, we solve thisequation and prove its Hyere-Ulam stability in the class of functions f : N×R ! X,where X is a real Banach space.

2008
Peter Wilkins Daragh Byrne Gareth J. F. Jones Hyowon Lee Gordon Keenan Kevin McGuinness Noel E. O'Connor Neil O'Hare Alan F. Smeaton Tomasz Adamek Raphaël Troncy Alia Amin Rachid Benmokhtar Emilie Dumont Benoit Huet Bernard Mérialdo Giorgos Tolias Evaggelos Spyrou Yannis S. Avrithis Georgios Th. Papadopoulos Vasileios Mezaris Yiannis Kompatsiaris Roland Mörzinger Peter Schallauer Werner Bailer Krishna Chandramouli Ebroul Izquierdo Lutz Goldmann Martin Haller Amjad Samour Andreas Cobet Thomas Sikora Pavel Praks David Hannah Martin Halvey Frank Hopfgartner Robert Villa P. Punitha Anuj Goyal Joemon M. Jose

In this paper we describe K-Space’s participation in TRECVid 2008 in the interactive search task. For 2008 the K-Space group performed one of the largest interactive video information retrieval experiments conducted in a laboratory setting. We had three institutions participating in a multi-site multi-system experiment. In total 36 users participated, 12 each from Dublin City University (DCU, I...

1997
Joachim Luitz

WIEN97 is a program package to calculate the electronic structure of solids. The calculations are based on Density Functional Theory. A coarse grain parallelization of the code based on distributing k-points onto diierent processors is not only relatively simple to implement but also very eecient, especially in metals, where a large number of k-points must be calculated. After the development o...

2007
Peter Wilkins Tomasz Adamek Daragh Byrne Gareth J. F. Jones Hyowon Lee Gordon Keenan Kevin McGuinness Noel E. O'Connor Alan F. Smeaton Alia Amin Zeljko Obrenovic Rachid Benmokhtar Eric Galmar Benoit Huet Slim Essid Rémi Landais Félicien Vallet Georgios Th. Papadopoulos Stefanos Vrochidis Vasileios Mezaris Yiannis Kompatsiaris Evaggelos Spyrou Yannis S. Avrithis Roland Mörzinger Peter Schallauer Werner Bailer Tomas Piatrik Krishna Chandramouli Ebroul Izquierdo Martin Haller Lutz Goldmann Amjad Samour Andreas Cobet Thomas Sikora Pavel Praks

In this paper we describe K-Space participation in TRECVid 2007. K-Space participated in two tasks, highlevel feature extraction and interactive search. We present our approaches for each of these activities and provide a brief analysis of our results. Our high-level feature submission utilized multi-modal low-level features which included visual, audio and temporal elements. Specific concept d...

D. Alimohammadi S. Moradi T. G. Honary

Let K and X be compact plane sets such that K X. Let P(K)be the uniform closure of polynomials on K. Let R(K) be the closure of rationalfunctions K with poles o K. Dene P(X;K) and R(X;K) to be the uniformalgebras of functions in C(X) whose restriction to K belongs to P(K) and R(K),respectively. Let CZ(X;K) be the Banach algebra of functions f in C(X) suchthat fjK = 0. In this paper, we show th...

Let H be an infinite--dimensional Hilbert space and K(H) be the set of all compact operators on H. We will adopt spectral theorem for compact self-adjoint operators, to investigate of higher derivation and higher Jordan derivation on K(H) associated with the following cauchy-Jencen type functional equation 2f(frac{T+S}{2}+R)=f(T)+f(S)+2f(R) for all T,S,Rin K(H).

Hamidreza Reisi, Majid Gordji

Let H be an innite dimensional Hilbert space and K(H) be the set of all compactoperators on H. We will adopt spectral theorem for compact self-adjoint operators, to investigate ofhigher derivation and higher Jordan derivation on K(H) associated with the following Cauchy-Jensentype functional equation 2f((T + S)/2+ R) = f(T ) + f(S) + 2f(R) for all T, S, R are in K(...

In this paper, we will provide a simple method for starting with a given finite frame for an $n$-dimensional Hilbert space $mathcal{H}_n$ with nonzero elements and producing a frame which is $epsilon$-nearly Parseval and $epsilon$-nearly unit norm. Also, the concept of the $epsilon$-nearly equal frame operators for two given frames is presented. Moreover, we characterize all bounded invertible ...

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