PAPERS:
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Video |
PLENARY SESSIONS |
Authors |
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Information
Technology: Transforming our Society
and our Lives |
R. Bajcsy |
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2 |
Knowledge
Discovery through Machine Learning |
J. Moody |
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3 |
Automatic
Program Generation from a computer Algebra System Efficiency and Correctness |
G. Gonnet |
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4 |
Modern
Calculation of Higher order QFT perturbation Theory |
D. Shirkov, S.
Ilyin |
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Speaking C++ as
a Native |
B. Stroustrup |
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6 |
Computation in
Lattice QCD |
P. Mackenzie |
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7 |
High
Performance Networks |
B. Aiken |
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8 |
General Trends
in Computing |
R. Tanakit |
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9 |
NMR Quantum
Computation |
Y. Maguire |
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Advanced
Analysis Methods in HEP |
P Bhat |
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Statistical
Techniques in HEP |
L. Lyons |
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The H1 Neural
Network Trigger Project |
C. Kiesling |
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13 |
Very Large
Scale Computing in Accelerator Physics |
R. Ryne |
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Feynman Diagram
computation in electroweak Theory |
G. Weiglein |
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15 |
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Science and
Mathematica: Some Personal Perspectives |
S. Wolfram |
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Grid Computing |
I. Foster |
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17 |
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Very Large
Scale Computing in Astrophysics |
A. Szalay |
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Large Scale
Molecular Dynamics Simulations of Materials on Parallel Computers |
A. Nakano |
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PARALLEL SESSIONS - Artificial
Intelligence |
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Momentum
Reconstruction and Triggering in the ATLAS Detector |
G. Dror, E.
Etzion |
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Neural network
real time event selection for the DIRAC experiment |
P. Kokkas, M.
Steinacher, L. Tauscher, at. al |
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Intelligent
preprocessing for Neural Netowrk in the H1 experiment |
JC. Prevotet,
B. Denby, P. Garda, at. al |
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An electronic
system for simulation of neural networks with a micro-second real time
constraint |
A. Chorti, B.
Granado, B. Denby, at al |
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Selection of
W-Pair-Production in DELPHI with Feed-Forward NEURAL NETWORKS |
K.-H. Becks, P.
Buschmann, J. Drees, at. al |
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Search for
Electroweak Single Top Quark Production at |
L. Dudko |
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A Hybrid
Training Method for Neural Energy Estimation in Calorimetry |
P.V.M. Da Silv,
J.M. Seixas, J. Seixas |
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Principal Component
Analysis for Neural Electron/Jet Discrimination on Highly Segmented
Calorimeters |
M.R. Vassali,
J.M. Seixas |
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Particle
Identification Using Neural Networks |
D. Chakraborty |
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Vertex
Reconstruction Neural Network at the ZEUS Central Tracking Detector |
G. Dror, E.
Etzion |
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Neural Networks
for Higgs Physics |
S.
Tentindo-Repond, P. Bhat, H. Prosper |
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Top Quark Mass
Measurements Using Neural Networks |
S. Beri, P.
Bhat, R. Kaur, at. al. |
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Clopper-Pearson
Bounds from HEP Data Cuts |
B. Berg |
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Experimenting
with rule induction algorithms in HEP data analysis |
N. Stephanov |
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Looking for
Instation-induced Processes at HERA Using a Multivariat Technique Based on
Range Searching |
T. Carli, B.
Koblitz |
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A
Self-Organizing Neural Network for Job Scheduling in Distributed Systems |
H. Newman, I.C.
Legrand |
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PARALLEL SESSIONS -Innovative
Software Algorithms & Tools |
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Tailorable
Software Architectures in Accelerator Control System Environment |
I. Mejuev, A.
Kumagai, E. Kadokura |
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Online Modeling
of Fermilab Accelerators |
E. McCrory, L.
Michelotti, J. Ostiguy |
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A Beamline
Matching Application based on Open Sources Software |
J. Ostiguy |
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ISAT201 |
The FreeHEP and HEP Libraries for Java |
T. Johnson, M.
Donszelmann, C. Loomis, et. al. |
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Sleuth: A Quasi-Model_Independent Search Strategy
for New Physics |
B. Knuteson |
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Faster tracking
in Hadron collider experiments |
N.
Konstantinidis, H. Drevermann |
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More
Performance Results and Implementation of an Object Oriented Track
Reconstruction Model in Different OO Frameworks |
I.Gaines, S.
Qian |
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Simultaneous
Tracking and Vertexing with Elastic Templates |
A. Hass |
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Vertex finding
prior to tracking in magnetic field |
Y. Yatsunenko |
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Singular Value
Decomposition To Simplify Features recognition Analysis In Very Large
Collection of Images |
F. Guliion,
D.J.C. Murrary, P. Desautels |
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The Hermite polynomials in problem of
searching for global maximum |
Y. Yatsunenko |
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Event
Bookkeeping for CLEO-3 |
J. Thaler |
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KID_KLOE
Integrated Dataflow |
The KLOE
Collaboration presented by I. Sfiligoi |
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A Component
Based Architecture to Support Scientific Workflow Management |
N. Baker, P.
Brooks, Z. Kovacs |
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ISAT501 |
Worldwide
Distributed Analysis and Data Grids for Next-Generation Physics Experiments |
H. Newman |
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Protocols and
Services for Distributed Data-Intensive Science |
B. Allock, I.
Foster, S. Tuecke, at. al. |
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ISAT504 |
Condor-G: A Computation
Management Agent for Multi-Institutional Grids |
I. Foster, M.
Livny, T. Tanenbaum, et. al. |
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Simulating
Distributed Systems |
H. Newman, I.
Legrand |
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PARALLEL SESSIONS -Symbolic
Problem Solving |
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HELAC-PHEGAS:
automatic computation of helicity
amplitudes and cross sections |
A. Kanaki, C.G.
Papadopoulos |
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O’Mega: An
Optimizing Matrix Element Generator |
T. Ohl |
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A Feynman graph
selection tool in GRACE System |
F. Yuasa, T.
Kaneko, T. Ishikawa |
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A Class Library
of Function Objects |
J. Boudreau, M.
Fischler, P. Maksimovic |
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Functional
Objects.h: Using Symbolic Syntax in C++ Programs |
R. Nolty |
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Large Scale
Symbolic Programming with GiNaC |
A. Frink, C.
Bauer, R. Kreckel |
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Optimization of
symbolic evaluation of helicity amplitudes |
P.S. Cherzor,
V.A. Ilyin, A.E. Pukhov, |
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A Feynman
Diagram Analyser DIANA |
M. Tentyukov,
J. Fleischer |
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SPS303 |
Calculation of
two-loop selfenergies in the Standard Model |
J. Fleischer,
O.V. Tarasov |
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The tensor
reduction and master integrals of the two-loop massless on-shell crossed box |
C. Oleari |
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Guage Invariant
Classes of Feynman Diagrams and Applications for Calculations |
E. Boos |
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A Parallel
Version of FORM 3 |
D. Flienger, A.
Retery, J.A.M. Vermaseren |
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Calculations in
the MSSM with FeynArts |
S. Heinemeyer |
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SPS404 |
Virtual
corrections to Higgs production in gluon-gluon fusion up to order \alpha_s^4 |
R. Harlander |
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PARALLEL SESSIONS -Very
Large Scale Computing |
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CompHEP-PYTHIA
interface: integrated package for the collision events generation based on
exact matrix elements |
A.S. Belyaev,
E.E. Boos, A.N. Vologdin,, at. al. |
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Integration of
GRACE and PHTHIA |
K. Sato, S.
Tsuno, J. Fujimoto, , at. al. |
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VLSC104 |
Patron shower
method for QED radiative correction |
Y. Kurihara, J.
Kurihara, T. Ishikawa, et. al. |
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Algorithm for
Computing Exited States in Quantum Theory |
X.Q. Luo, H. Jirari, H. Kroger, at.al. |
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Simple Scaling
for Faster Tracking Simulation in Accelerator Muliparticle Dynamics |
J. MacLachlan |
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Adaptive Mesh
Simulations of Astrophysical Detonations Using the ASCI Flash Code |
B. Fryxell,
A.C. Calder, L.J. Dursi, at. al. |
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Matrix Distributed Processing and
FermiQCD |
M. Di Pierro |
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A Terabyte
Analysis Machine For SDSS Data |
J. Annis, G.
Garzoglio, K. Ruthmmansdorfer, at. al. |
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A Large Linux-PC Farm for Online Event
Reconstruction and Data Management at
HERA-B |
A. Gellrich |
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Client and
Event Driven Data Hub System at CDF |
B. Kilminster, K.
McFarland, T. Vaiciulis, at. al. |
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The COMPASS
Computing Farm Project |
M. Lamanna |
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A Data Grid
Prototype for Distributed Data Production in CMS |
M. Hafeez, A.
Sumar, H. Stockinger |
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Object Level
Physics Data Replication in the Grid |
K. Holtman |
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SAM for D0 – a
fully distributed data access system |
V. White, I.
Terekhov |
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A Dynamic State
Machine for the Atlas Software Framework |
P. Calafiura |
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VLSC305 |
The StoreGate,
a Data Model for the Atlas Software Architecture |
S. Rajagopalan,
Atlas Data Model Group |
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VLSC306 |
The Particle
Physics Data Grid Project |
M. Livny |
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PARALLEL SESSIONS -Poster
Sessions |
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EMS: A Framework
for Data Acquisition and Analysis |
J. Nogiec, J.
Sim, K. Trombly-Freytag, at. al. |
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Effects of Limited
Resources in 3D Real-Time Simulation of Extended ECHO Complex Adative System
Model |
D. Dominiak, F.
Rinaldo, M. Evans |
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High Performance
visual display of HENP detectors |
M. McGuigan, G.
Smithe, J. Spiletic |
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ROOT OO model
to render multi-level 3-D geometric objects via an OpenGL |
R. Brun, V.
Fine, F. Rademaker |
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SteHepC++ and
the Particle Data Table |
L. Garren |
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Parallel
Computer on a PC Cluster |
X.Q. Luo, E.B.
Gregory. J.C. Yang, at. al. |
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Some advance
methods of statistical analysis for the muon g-2 experiment at BNL |
S.I. Redin |
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Analytical calculation
of heavy baryon correlators in NLO of perturbative QCD |
S. Groote, J.G.
Korner, A.A. Pivovarov |
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Summaries of Recent
Computer-assisted Feynman Diagram Calculations |
Various Authors |
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Working Groups and Panel
Discussions |
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Experiences Reviewing Scientific C++
Code........................................................................................................ |
M. Paterno |
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Reflections on
a Decade of Object-Oriented Programming in Accelerator Physics |
L. Michelotti |
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C++ in
Scientific Applications: A Case Study |
W. Brown |
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The development
of the ROOT Data Analysis System |
R. Brun |
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W5 |
The Role of
JAVA |
T. Johnson |
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Analysis Environment
Challenges |
L. Tuura |
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CDF Monte Carlo
– Status performance and Future Plans |
P. Murat |
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Computational
Challenges of – Large Scale Astrophysics Calcualtions |
B. Fryxell |
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D0 Monte
Carlo-Status, performance and future plans |
G. Graham |
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Astrophysics Simulations
– N body/fluid simulations of cluster formation |
P . Ricker |
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CMS Monte
Carlo- Status, performance and future plans |
H. Wenzel |
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Large Scale
Cluster Surveys and Distributed Computing |
J. Annis |
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W13 |
Very large
databases |
A. Szalay |
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Simulation
Packages in Accelerator Studies for the v Factory |
D. Elvira |
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Atlas Monte
Carlo- Status, performance and future plan |
F. Leuhring |
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W16 |
Management of
Large Scale Data Production for the CMS Experiment |
L. Barone |
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Rapporteur Talks |
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RAPPORTEUR TALKS |
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Artificial
Intelligence: Offline Applications |
H. Prosper |
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Status of
Neural Network Hardware in High Energy Physics |
B. Denby |
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R3 |
Symbolic
Problem Solving |
J. Vermasseren |
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Innovative
Software Algorithms & Tools |
I. Gaines |
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R5 |
Very Large
Scale Computing & Panel on World-Wide Computing |
P. Avery |
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Panel
Discussion: C++ in Scientific
Computing |
W. Brown, J.
Kowalkowski, M. Fischler |
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Advanced
Analysis Environments |
S. Panacek |
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Large Scale
Simulations I |
B. Rosner |
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Large Scale
Simulations II |
R. Raja |
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World-wide
Computing (talk by P. Avery, see R5;
paper by I. Gaines) |
H. Newman | |