Results 201 to 210 of about 13,086,282 (240)
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Potential Functions in Strategic Games
2013We investigate here several categories of strategic games and antagonistic situations that are known to admit potential functions, and are thus guaranteed to either possess pure Nash equilibria or to stabilize in some form of equilibrium in cases of stochastic potentials. Our goal is to indicate the generality of this method and to address its limits.
Paul G. Spirakis +1 more
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Convex MRF potential functions
Proceedings., International Conference on Image Processing, 2002A general definition of convex potential functions is given for discontinuity-preserving MRF restoration models. This gives a class of Bayesian (image) MRF models which satisfy several desirable analytical and computational properties for regularization of ill-posed problems.
Stan Z. Li, Y. H. Huang, J. S. Fu
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Maximizing the potential of functional genomics
Nature Reviews Genetics, 2004Geneticists have made tremendous progress in understanding the genetic basis of phenotypes, and genomics promises to bring further insights at a rapid pace. The progress in functional genomics has been driven primarily by the development of new techniques that are used in a few dedicated research centres.
Lars M, Steinmetz, Ronald W, Davis
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Financial Payoff Functions and Potentials
2015This paper attempts to argue that when considering a financial payoff function as a potential, one can begin to model how ‘private’ information is. Private information is probably best understood by juxtaposing it against the concept of ‘public’ information, i.e. information which is widely available via various freely accessible media platforms.
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Delta-Function Potential in a Box
Physical Review, 1963The problem of a particle interacting with a potential of delta-function shape and having a tensor component is considered for box boundary conditions. The limits of small potential and large box dimensions are considered, especially in their effect on the mixing parameter. (auth)
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Protein folding potential functions
Proceedings of the Twenty-Eighth Hawaii International Conference on System Sciences, vol.5, 2002There has been a great deal of activity recently on approaches to the calculation of protein folding using specially devised empirical potential functions. We have developed one such function that solves the protein structure recognition problem: given the sequence for a globular protein and a collection of plausible protein conformations, including ...
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Biochimica et Biophysica Acta (BBA) - Protein Structure, 1970
Abstract This part describes the method of testing against the observed distribution of the parameters R, the N⋯O distance, and θ, the angle NH⋯O, of the modified Lippincott-Schroeder potential function discussed in Part I (ref. 1) and gives details of the test and the values of the discrepancy indices for a variety of conditions.
R, Balasubramanian +2 more
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Abstract This part describes the method of testing against the observed distribution of the parameters R, the N⋯O distance, and θ, the angle NH⋯O, of the modified Lippincott-Schroeder potential function discussed in Part I (ref. 1) and gives details of the test and the values of the discrepancy indices for a variety of conditions.
R, Balasubramanian +2 more
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Membrane Potential and Muscle Function
Annual Review of Medicine, 1969The relationship between the function of a whole muscle and the elec trical polarization of its individual fiber membranes is not a simple or direct one. To be sure, the process known as excitation-contraction coupling requires at least a minimum of fairly well-defined properties and events at the fiber surfaces, but both the resting voltages across ...
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Wave Functions in a Periodic Potential
Physical Review, 1937A new method for approximating the solutions of the problem of the motion of an electron in a periodic potential, as a crystal lattice, is suggested. The potential is supposed to be spherically symmetrical within spheres surrounding the atoms, constant outside.
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