Foam: A General purpose Monte Carlo Cellular Algorithm

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Bibliographische Detailangaben
Veröffentlicht in:	CPP Symposium (2 : 2001 : Tokio) Second CPP Symposium Computational Particle Physics
1. Verfasser:	Jadach, S. (VerfasserIn)
Format:	UnknownFormat
Sprache:	eng
Veröffentlicht:	2001
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Titel	Jahr	Verfasser
XML-Based Formulation of Field Theoretical Models	2001	Demichev, A.
micrOMEGAs and the relic density in the MSSM	2001	Belanger, G.
Matching the Dipole Cascade Model with Fixed Order Matrix Elements	2001	Lönnblad, L.
QCD and NLL-PS	2001	Kato, K.
using namespace GiNaC;	2001	Kreckel, R. B.
Current status of GRACE system	2001	Kaneko, T.
Spin polarization and the Einstein-Podolsky-Rosen paradox in the Monte Carlo event records	2001	Was, Z.
Experiences on Multi-dimensional Integration Package	2001	Yuasa, F.
xloops-Past, Present and Future	2001	Bauer, B.
HELAC-PHEGAS: automatic computation of helicıty amplitudes and cross sections	2001	Kanakı, A.
From novel mathematics to efficient algorithms. Do we have proper SD foundation to build future?	2001	Tkachov, F. V.
Current status of the ParInt package for Parallel multivariate Integration	2001	Doncker, E. de
NCQED GRACE	2001	Kon, T.
Foam: A General purpose Monte Carlo Cellular Algorithm	2001	Jadach, S.
Matching between matrix elements and parton showers using a Leading-Log subtraction method in NLO-QCD	2001	Kurihara, Y.
Geometrical approach to loop calculations and the ϵ.expansion of Feynman diagrams	2001	Davydychev, A. I.
One-loop correction to the process e+e—>tt including hard bremsstrahlung	2001	Fleischer, J.
Gauge Invarian Classes of Feynman Diagrams and Simplification of Quark Combinatorics	2001	Boos, E. E.
Reduction of multi-loop Feynman integrals to “tree-like” integrals	2001	Bailkov, P. A.