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12,669
Jet Energy Corrections
, 1999
"... Jet energy corrections help to reconstruct particles with hadronic jet decays with a better resolution on the invariant mass. In this study three correction functions ( for nonbjets, bjets without leptonic decay and bjets with leptonic bdecay ) are obtained using t t events. The performance of ..."
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Cited by 2 (1 self)
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Jet energy corrections help to reconstruct particles with hadronic jet decays with a better resolution on the invariant mass. In this study three correction functions ( for nonbjets, bjets without leptonic decay and bjets with leptonic bdecay ) are obtained using t t events. The performance
Constructing Free Energy Approximations and Generalized Belief Propagation Algorithms
 IEEE Transactions on Information Theory
, 2005
"... Important inference problems in statistical physics, computer vision, errorcorrecting coding theory, and artificial intelligence can all be reformulated as the computation of marginal probabilities on factor graphs. The belief propagation (BP) algorithm is an efficient way to solve these problems t ..."
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Cited by 585 (13 self)
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Important inference problems in statistical physics, computer vision, errorcorrecting coding theory, and artificial intelligence can all be reformulated as the computation of marginal probabilities on factor graphs. The belief propagation (BP) algorithm is an efficient way to solve these problems
Geodesic Active Contours
, 1997
"... A novel scheme for the detection of object boundaries is presented. The technique is based on active contours evolving in time according to intrinsic geometric measures of the image. The evolving contours naturally split and merge, allowing the simultaneous detection of several objects and both in ..."
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Cited by 1425 (47 self)
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segmentation allows to connect classical “snakes ” based on energy minimization and geometric active contours based on the theory of curve evolution. Previous models of geometric active contours are improved, allowing stable boundary detection when their gradients suffer from large variations, including gaps
Binding energy corrections in positronium decays
, 2000
"... Positronium annihilation amplitudes that are computed by assuming a factorization approximation with onshell intermediate leptons, do not exhibit good analytical behavior. We propose an ansatz which allows to include binding energy corrections and obtain the correct analytical and gauge invariance ..."
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Positronium annihilation amplitudes that are computed by assuming a factorization approximation with onshell intermediate leptons, do not exhibit good analytical behavior. We propose an ansatz which allows to include binding energy corrections and obtain the correct analytical and gauge invariance
MICROSCOPIC ENERGY CORRECTIONS AT THE SCISSION CONFIGURATION
, 2010
"... The Strutinsky shell correction and the pairing correlations at deformations close to scission point are studied. It is shown that the shell correction energy of the nuclear system at scission is simply the sum of the shellcorrection energies of the two nascent fragments while this is not the case ..."
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The Strutinsky shell correction and the pairing correlations at deformations close to scission point are studied. It is shown that the shell correction energy of the nuclear system at scission is simply the sum of the shellcorrection energies of the two nascent fragments while this is not the case
Energyaware adaptation for mobile applications
 17TH ACM SYMPOSIUM ON OPERATING SYSTEMS PRINCIPLES (SO SP '99), PUBLISHED AS OPERATING SYSTEMS REVIEW
, 1999
"... In this paper, we demonstrate that a collaborative relationship between the operating system and applications can be used to meet userspecified goals for battery duration. We first show how applications can dynamically modify their behavior to conserve energy. We then show how the Linux operating s ..."
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Cited by 334 (19 self)
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system can guide such adaptation to yield a batterylife of desired duration. By monitoring energy supply and demand, it is able to select the correct tradeoff between energy conservation and application quality. Our evaluation shows that this approach can meet goals that extend battery life by as much
UFTRAK: New Energy Correction for Charged Tracks
, 1995
"... Introduction When a particle traverses a detector, its path deviates from a true helix because of interactions with material, most notably energy loss and multiple scattering. Track fitting programs which neglect these effects do progressively worse at low momenta where the effects are most pronoun ..."
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pronounced. Even DUET, which accounts for multiple scattering at the VDDR interface and includes a posthoc correction to account for other sources of multiple scattering, performs poorly at low momentum, partly because of its neglect of energy loss. Multiple scattering and energy loss are functions
CASIMIR ENERGY CORRECTIONS BY LIGHTCONE FLUCTUATIONS
"... We study the effects of lightcone fluctuations on the renormalized zeropoint energy associated with a free massless scalar field in the presence of boundaries. In order to simulate lightcone fluctuations we introduce a spacetime dependent random coefficient in the KleinGordon operator. We assum ..."
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assume that the field is defined in a domain with one confined direction. For simplicity, we choose the symmetric case of two parallel plates separated by a distance a. The correction to the renormalized vacuum energy density between the plates goes as 1/a8 instead of the usual 1/a4 dependence
The ground state energy of heavy atoms: relativistic lowering of the leading energy correction
 Comm. Math. Phys
, 2008
"... Abstract. We describe atoms by a pseudorelativistic model that has its origin in the work of Chandrasekhar. We prove that the leading energy correction for heavy atoms, the Scott correction, exists. It turns out to be lower than in the nonrelativistic description of atoms. Our proof is valid up to ..."
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Cited by 7 (3 self)
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Abstract. We describe atoms by a pseudorelativistic model that has its origin in the work of Chandrasekhar. We prove that the leading energy correction for heavy atoms, the Scott correction, exists. It turns out to be lower than in the nonrelativistic description of atoms. Our proof is valid up
FINITENESS OF THE HOPPING INDUCED ENERGY CORRECTIONS IN CUPRATES
, 2009
"... The paper continues the rigorous investigations of the mean field Green function solution of the effective twodimensional twoband Hubbard model [N.M. Plakida et al., Phys. Rev. B, 51, 16599 (1995)] of the superconducting phase transitions in cuprates, started in [Gh. Adam, S. Adam, J.Phys.A: Math. ..."
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. Theor., 40, 11205 (2007)]. Discussion of the (δ, T) phase diagram of the model points to the divergence of the energy spectrum in the limit of vanishing doping δ. Finite energy spectra at all possible doping rates δ are obtained provided the hopping part of the effective Hamiltonian is renormalized
Results 1  10
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12,669