ACAT - (other acat conferences)
April 23-27, 2007
Nikhef, Amsterdam, the Netherlands
published July 27, 2009
Nikhef, Amsterdam, the Netherlands
published July 27, 2009
- Computing Technology for Physics Research
- Multilevel parallelism
- Distributed computing
- New architectures
- High precision computing
- Software quality control
- User Interfaces, Common Libraries
- Online Monitoring and Control
- Data Analysis - Algorithms and Tools
- Neural Networks and Other Pattern Recognition Techniques
- Evolutionary and Genetic Algorithms
- Advanced Data Analysis Environments
- Statistical Methods
- Detector and Accelerator Simulations
- Reconstruction Algorithms
- Visualization Techniques
- Methodology of Computations in Theoretical Physics
- Automatic Computation Systems: from Processes to Event Generators
- Multi-dimensional Integration and Event Generators
- Intensive High Precision Numerical Computations: Algorithms and Systems
- Computer Algebra Techniques and Applications
| Sessions |
|---|
| Plenary speakers |
| Session 1 |
| Session 2 |
| Session 3 |
| Plenary speakers |
|---|
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Exploration of the Terascale: the challenges.
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Providing HPC resources for Philips Research and partners
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To waht extent can we rely on the results of scientific computations?
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Recent Progress in Machine Learning
|
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Automatic calculations for multi-leg processes.
|
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The Grid: Interaction and Scaling
|
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Computing Challenges in Oil and Gas Field Simulation
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Theoretical Foundations for Computational Physics: Numerical, Symbolic, and Algebraic Computing Grand Challenges: An NSF View
|
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Summary session 1
|
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Summary of session 2: Data Analysis: Algorithms and Tools
|
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Summary Session 3
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| Session 1 |
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The Ganga job management system.
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A High Availability Solution for GRID Services
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LCG/gLite BDII performance measurements
|
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Grid infrastructure analysis with a simple flow model
|
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The ALICE Grid. The beat of a different drum
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EVO: the Next Generation Grid-enable Collaboration
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INFN Tier-1 experiences with Castor-2 in CMS computing challenges
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Experience with Fabric Storage Area Network and HSM Software at the Tier1 INFN CNAF.
|
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CRAB: status and perspective
|
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Remote Online Farms
|
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PROOF: the Parallel ROOT Facility. Scheduling and Load-balancing
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The Object Model to Construct the Mixed Open Inventor/ ROOT 3D scenes
|
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Rapid Application Design with the ROOT GUI Classes.
|
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HEP CG: The High Energy Physics Community Grid Project Inside D-Grid
|
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The Run Control and Monitoring System of the CMS Experiment.
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Online Monitoring for the CDF Run II Experiment and the remote operation facilities
|
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D0 Global Monitoring and Outlook for LHC/CMS remote monitoring
|
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The ATLAS Computing Model
|
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LCG MCDB Knowledge Base of Monte Carlo Simulated Events
|
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Database Architecture for the Calibrartion of Atlas Monitored Drift Tube Chambers
|
| Session 2 |
|
CHIPS muon capture in Geant4
|
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Optimization of tau identification in ATLAS experiment using multivariate tools
|
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Reconstruction tools for the study of short-lived resonances in ALICE pp collisions at the LHC startup
|
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A neural network approach to high energy cosmic rays mass identification at the Pierre Auger Observatory
|
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Efficient algorithms of multidimensional y-ray spectra compression using address randomizing transforms
|
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A Neural Solution for the Level 2 Trigger in Gamma Ray Astronomy
|
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Particle Identification at BESIII
|
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Online Electron/Jet Neural High-level Trigger Over Independent Calorimetry Information
|
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TMVA, the Toolkit for Multivariate Data Analysis with ROOT
|
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StatPatternRecognotion: A C++ Package for Multivariate Classification
|
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New Developments of ROOT Mathematical Software Libraries
|
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BESIII Simulation Software
|
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Matching between charged tracks and electromagnetic calorimeter (EMCAL) clusters in ALICE.
|
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A two-dimensional Kolmogorov-Smirnov test
|
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Electron bremstrahlung recovery in ATLAS tracking using Dynamic Noise Adjustment
|
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FEDRA: Framework for Emulsion Data Reconstruction and Analysis In the OPERA experiment
|
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An inference method of luminosity spectrum in a future high luminosity e+e- linear collider
|
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Alignment of the ATLAS Inner Detector
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CEDAR: HepData, JetWeb and Rivet
|
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Application of Gene Expression Programming to Event Selection in High Energy Physics
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GARCON - Genetic Algorithm for Rectangular Cuts OptimizatioN.
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Unfolding Problem: A Machine Learning Approach.
|
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The Muon Trigger in ATLAS
|
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Self-organized mapping of calorimetry information for high efficient online electron/jet identification in ATLAS
|
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The Global Tracking Trigger of the ZEUS experiment
|
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Energy loss correction for a crystal calorimeter
|
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A Fast Vertex Fitter for ATLAS Level 2 Trigger
|
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Upper limit for Poisson variable incorporating systematic uncertainty by Bayesian approach
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Pearson's Test Modifications for Comparison of Unweighted and Weighted Histograms and Two Weighted Histograms
|
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Statistical bias of fit parameters
|
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The Transform between the space of observed values and the space of possible values of the parameter
|
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Multivariate Methods in HEP.
|
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Interactive visualization of multidimensional coincidence spectra
|
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Separation of Higgs boson signal from Drell-Yan background with self-organizing maps
|
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ATLAS B-physics analysis packages
|
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Cosmic ray triggering using muon signal detected by the Hadronic Calorimeter of ATLAS
|
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ATLAS Inner Detector commissioning with cosmic rays
|
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A ROOT Tool for 3D Event Visualization in ATLAS Calorimeters
|
| Session 3 |
|
The use of Mellin-Barnes Integrals for the Calculation of Two-loop massive Operator Matrix Elements
|
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PHOTOS Monte Carlo for precision simulations of QED in decays
|
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Structure of analytical QCD predictions for the Gottfried sums rule
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Error-free algorithms to solve special and general discrete systems of linear equations
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Extensions in FormCalc 5.3
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MadGraph/MadEvent V4: from models to events
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The Pluto++ Event Generator.
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SANC: precision calculations for the SM processes
|
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A uniform algebraically-based approach to computational physics and efficient programming
|
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Three loop DIS and transversity operator anomalous dimensions in the RI' scheme
|
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Geometrized Feynman diagrams and their epsilon expansion
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AMBRE - a Mathematica package for the automatic derivation of Mellin-Barnes Representations for Feynman Integrals
|
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The summation package Sigma evaluates Feynman integrals
|
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From Feynman Integrals to Nested Sums
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Structural Relations between Harmonic Sums up to w=6
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Reduction of Feynman integrals to master integrals
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Computing of Charged Current DIS at three loops
|
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Precise Numerical Results of IR-vertex and box integration with Extrapolation Method
|
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Current status of FORM parallelization.
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