Results 61 to 70 of about 359,903 (228)
Finite sampling interval effects in Kramers-Moyal analysis
, 2009 Large sampling intervals can affect reconstruction of Kramers-Moyal
coefficients from data. A new method, which is direct, non-stochastic and exact
up to numerical accuracy, can estimate these finite-time effects.Burgess, Dunn, Farahpour, Friedrich, Friedrich, Friedrich, Friedrich, Ghasemi, Gottschall, Gradišek, Jafari, Kimiagar, Kleinhans, Kleinhans, Kloeden, Kriso, Kuusela, Ragwitz, Ragwitz, Raible, Renner, Risken, Shiroguchi, Steven J. Lade, Sura, Vilfan, Zwanzig +26 morecore +1 more sourceFrom Geometry to Numerics: interdisciplinary aspects in mathematical and
numerical relativity
, 2008 This article reviews some aspects in the current relationship between
mathematical and numerical General Relativity. Focus is placed on the
description of isolated systems, with a particular emphasis on recent
developments in the study of black holes ...Aksoylu B Bernstein D Bond S Holst M, Alvi K, Andersson L, Andersson L, Andersson L, Andersson L, Andersson L Mars M Simon W, Andersson L Metzger J, Andersson L Metzger J, Andersson N, Andréasson H, Andréasson H, Ansorg M, Ansorg M, Ansorg M, Arnowitt R, Ashtekar A, Ashtekar A, Ashtekar A, Ashtekar A, Ashtekar A, Ashtekar A, Ashtekar A, Ashtekar A, Ashtekar A, Ashtekar A, Ashtekar A, Babiuc M, Babiuc M, Baker J G, Bartnik R, Bartnik R, Bary H, Beig R, Beig R, Berger B K, Bergmann P, Beyer F, Bishop N T, Bishop N T, Bizon P, Bičák J, Bičák J, Blanchet L, Bona C, Bona C Alic D, Booth I, Booth I, Booth I, Booth I Fairhurst S, Bray H, Brown J, Brügmann B González J A Hannam M Husa S Sperhake U Tichy W, Buchman L T, Buchman L T, Calabrese G, Campanelli M, Campanelli M Lousto C O Zlochower Y, Carrasco A, Cartan E, Chiba T, Choptuik M W, Choquet-Bruhat Y, Choquet-Bruhat Y, Choquet-Bruhat Y, Choquet-Bruhat Y York J W, Choquet-Bruhat Y York J W, Christodoulou D, Chruściel P T, Chruściel P T, Chruściel P T, Chruściel P T, Chruściel P T, Claudel C-M, Cook G B, Corvino J, Dafermos M, Dafermos M, Dain S, Dain S, Dain S, Dain S, Dain S, Dain S, Dain S, Dain S, Damour T, Damour T Ruffini R, Darmois G, Dirac P A M, Donder T D, Ellis G F R, Ellis G F R, Eric Gourgoulhon, Evans C R, Evans C R, Fock V A, Font J A, Frauendiener J, Frauendiener J, Frauendiener J, Friedrich H, Friedrich H, Friedrich H, Friedrich H, Friedrich H, Friedrich H, Garfinkle D, Gentle A P, Geroch R, Gibbons G, Gibbons G, Gibbons G W, Gibbons G W, Gibbons G W, Giulini D, Giulini D, Gourgoulhon E, Gourgoulhon E, Gourgoulhon E Jaramillo J L (organisers), Grandclément P, Gundlach C, Gundlach C Martín-García J M, Hannam M, Hannam M, Hawking S W, Hayward S A, Hennig J Ansorg M, Herrmann F, Heusler M, Huisken G, Hájiček P, Hübner P, Hübner P, Hübner P, Hübner P, Hübner P Weaver M, Ionescu A D Klainerman S, Ionescu A D Klainerman S, Isenberg J, Isenberg J, Isenberg J A, Isenberg J A, Israel W, Israel W, Jaramillo J L Vasset N Ansorg M, José Luis Jaramillo, Juan Antonio Valiente Kroon, Karkowski J, Karkowski J, Karkowski J, Karkowski J, Klainerman S, Klainerman S, Klainerman S, Kokkotas K D, Korobkin O Aksoylu B Holst M Pazos E Tiglio M, Korzynski M, Kreiss H-O, Kreiss H-O, Krishnan B, Lehner L, Lehner L, Lewandowski J, Lichnerowicz A, Lichnerowicz A, Lin L-M, Lindblad H Rodnianski I, Lindblom L, Lindblom L Matthews K D Rinne O Scheel M A, Malec E, Malec E, Malec E, Malec E, Mars M, Mars M, Mars M, Mars M, Martí J M, Martín-García J M, Metzger J, Metzger J, Misner C W, Moncrief V, Nielsen A B, Nielsen A B Yoon J H, Penrose R, Penrose R, Penrose R, Penrose R, Petroff D Ansorg M, Poisson E, Pretorius F, Pretorius F, Pretorius F, Price R H, Racz I, Reisswig C, Rendall A D, Rendall A D, Reula O A, Reula O A, Richter R, Rinne O, Rinne O, Rinne O, Rinne O, Rinne O, Ruiz M, Sarbach O, Seiler J Szilágyi B Pollney D Rezzolla L, Senovilla J M M, Senovilla J M M, Senovilla J M M, Shinkai H Yoneda G, Smith B, Sopuerta C F, Sperhake U, Stephani H, Stewart J M, Szabados L B, Szabados L B, Szabados L B, Szilagyi B, Sánchez M, Thiemann T, Thornburg J, Thornburg J, Thornburg J, Thorne K, Thorne K, Valiente Kroon J A, Valiente Kroon J A, Valiente Kroon J A, Valiente Kroon J A, Wald R M, Wald R M, Walsh D, Wheeler J, Whelan J T, Whelan J T, Williams C, Wilson J, Winicour J, York J W, Yoshida S, Zenginoğlu A, Zenginoğlu A, Zenginoğlu A, Åman J +249 morecore +3 more sourcesSearching for optimal variables in real multivariate stochastic data [PDF]
, 2012 By implementing a recent technique for the determination of stochastic
eigendirections of two coupled stochastic variables, we investigate the
evolution of fluctuations of NO2 concentrations at two monitoring stations in
the city of Lisbon, Portugal.A. Russo, Boettcher, Carvalho, D. Kleinhans, de Nevers, Demuzere, F. Raischel, Friedrich, Friedrich, Friedrich, Gardiner, Gardner, Ghasemi, Gradis̃ek, Hooyberghs, Kleinhans, Kolehmainen, Kukkonen, Lade, Lade, Lind, Lind, Lind, M. Haase, Micheletti, P.G. Lind, Pearson, Risken, van Mourik, Vasconcelos, Wilks +30 morecore +1 more sourceIs general relativity `essentially understood' ?
, 2005 The content of Einstein's theory of gravitation is encoded in the properties
of the solutions to his field equations. There has been obtained a wealth of
information about these solutions in the ninety years the theory has been
around.Alcubierre, Allen, Anderson, Anderson, Andersson, Andersson, Andersson, Andersson, Andersson, Andersson, Andersson, Andersson, Bartnik, Bartnik, Bartnik, Baumgarte, Beig, Beig, Belinskii, Belinskii, Berger, Berger, Berger, Bizoń, Bizoń, Bondi, Brainerd, Bray, Bray, Brodbeck, Carter, Chae, Choptuik, Choquet-Bruhat, Choquet-Bruhat, Choquet-Bruhat, Christodoulou, Christodoulou, Chruściel, Chruściel, Chruściel, Chruściel, Chruściel, Chruściel, Chruściel, Chruściel, Clarke, Corvino, Corvino, Cutler, Dafermos, Dafermos, Dafermos, Dain, Dain, Dain, Dain, Dain, Einstein, Einstein, Einstein, Fischer, Fourès-Bruhat, Frauendiener, Frauendiener, Friedrich, Friedrich, Friedrich, Friedrich, Friedrich, Friedrich, Friedrich, Friedrich, Friedrich, Friedrich, Friedrich, Friedrich, Friedrich, Frittelli, Frolov, Garfinkle, Gundlach, Gundlach, Gundlach, Gundlach, Hawking, Hawking, Hollands, Hughes, Huisken, Husa, Hübner, Isenberg, Israel, Israel, Klainerman, Klainerman, Klainerman, Kramer, Lee, Lehner, Lifshitz, Lindblad, Lindblad, Maxwell, Maxwell, Misner, Moncrief, Moncrief, Ori, Pais, Penrose, Penrose, Penrose, Penrose, Penrose, Poisson, Pound, Pretorius, Price, Rees, Rendall, Rendall, Rendall, Rendall, Rendall, Rendall, Reula, Ringström, Ringström, Ringström, Ringström, Sarbach, Schoen, Schoen, Smoller, Stellmacher, Szabados, Tataru, Thorne, Valiente Kroon, Valiente Kroon, Wainwright, Wald, Weisberg, Witten, Yoneda +146 morecore +1 more sourcePerturbative Solutions of the Extended Constraint Equations in General
Relativity
, 2006 The extended constraint equations arise as a special case of the conformal
constraint equations that are satisfied by an initial data hypersurface $Z$ in
an asymptotically simple spacetime satisfying the vacuum conformal Einstein
equations developed by H.Adrian Butscher, D. Christodoulou, J. Corvino, M. Cantor, R. Abraham, R. Bartnik, R. Lockhart, R. Penrose, R. Schoen, R.C. McOwen, R.C. McOwen, Y. Choquet-Brouhat +11 morecore +1 more source