Nuclear Instruments and Methods in Physics Research Section A: Accelerators, Spectrometers, Detectors and Associated Equipment

Editorial(s)
pp. v-vi(2)
Authors: Ilyin V.; Korenkov V.; Perret-Gallix D.

Inside front cover (Editorial Board)
pp. CO2-CO2(1)

Contents
pp. xix-xxvi(8)

Run II physics at the Fermilab Tevatron and advanced analysis methods
pp. 327-333(7)
Author: Bhat P.C.

LHCb distributed computing and the GRID
pp. 334-338(5)
Authors: Brook N.; Bulten H.; Closier J.; Galli D.; Gaspar C.; Harris F.; Harrison K.; van Herwijnen E.; Khan A.; Klous S.; Kuznetsov G.; Marconi U.; Mato P.; McArthur I.; Patrick G.N.; Soroko A.; Tsaregorodtsev A.; Vagnoni V.M.

Computing in ALICE
pp. 339-346(8)
Authors: Brun R.; Buncic P.; Carminati F.; Morsch A.; Rademakers F.; Safarik K.

Data analysis software tools used during VIRGO engineering runs, review and future needs
pp. 347-352(6)
Authors: Buskulic D.; On behalf of the VIRGO Collaboration http//www.virgo.infn.it

CMS software and computing
pp. 353-357(5)
Authors: Charlot C.; For the CMS Collaboration

Methods for enhancing numerical integration
pp. 358-363(6)
Author: de Doncker E.

Swarm intelligence in optimisation problems
pp. 364-368(5)
Authors: Denby B.; Le Hegarat-Mascle S.

Great brain discoveries: when white spots disappear?
pp. 369-371(3)
Author: Dunin-Barkowski W.L.

ATLAS computing and the GRID
pp. 372-375(4)
Author: Jones R.W.L.

European DataGrid project: status and plans
pp. 376-381(6)
Authors: Kunszt P.; On behalf of the EU DataGrid Project

The CrossGrid project
pp. 382-385(4)
Authors: Kunze M.; For the CrossGrid Collaboration

Computing for Run II at CDF
pp. 386-390(5)
Authors: Neubauer M.S.; On behalf of the CDF Collaboration

A frontier in multi-scale multi-loop integrals: the algebraic-numerical method
pp. 391-395(5)
Authors: Ferroglia A.; Passarino G.; Passera M.; Uccirati S.

LIGO data analysis
pp. 396-401(6)
Authors: Shawhan P.S.; For the LIGO Scientific Collaboration

Meta-computing at D0
pp. 402-406(5)
Authors: Terekhov I.; For the D0 Collaboration

The NorduGrid project: using Globus toolkit for building GRID infrastructure
pp. 407-410(4)
Authors: Ellert M.; Konstantinov A.; Konya B.; Smirnova O.; Waananen A.

Resource manager for GRID with global job queue and with planning based on local schedules
pp. 411-414(4)
Authors: Kovalenko V.N.; Kovalenko E.I.; Koryagin D.A.; Ljubimskii E.Z.; Orlov A.V.; Huhlaev E.V.

Distributed computing environment for data intensive tasks by use of Metadispatcher
pp. 415-417(3)
Authors: Huhlaev E.; Kalyaev V.; Kruglov N.

Metamake-tools for personal project making in network heterogeneous environment
pp. 418-419(2)
Author: Huhlaev E.

Interfacing interactive data analysis tools with the GRID: the PPDG CS-11 activity
pp. 420-422(3)
Authors: Olson D.L.; Perl J.

The SAM-GRID project: architecture and plan
pp. 423-425(3)
Authors: Baranovski A.; Garzoglio G.; Koutaniemi H.; Lueking L.; Patil S.; Pordes R.; Rana A.; Terekhov I.; Veseli S.; Yu J.; Walker R.; White V.

Distributed analysis environment for HEP and interdisciplinary applications
pp. 426-429(4)
Author: Moscicki J.T.

Secure automated request processing software for DataGrid certification authorities
pp. 430-432(3)
Authors: Shamardin L.; Kruglov N.; Martucci P.

GENIUS: a web portal for the grid
pp. 433-436(4)
Authors: Andronico A.; Barbera R.; Falzone A.; Lo Re G.; Pulvirenti A.; Rodolico A.

AliEn-ALICE environment on the GRID
pp. 437-440(4)
Authors: Saiz P.; Aphecetche L.; Buncic P.; Piskac R.; Revsbech J.-E.; Sego V.; For the ALICE Collaboration

High-level trigger system for the LHC ALICE experiment
pp. 441-442(2)
Authors: Bramm R.; Helstrup H.; Lien J.; Lindenstruth V.; Loizides C.; Rohrich D.; Skaali B.; Steinbeck T.; Stock R.; Ullaland K.; Vestbo A.; Wiebalck A.; For the ALICE Collobortion

Online pattern recognition for the ALICE high level trigger
pp. 443-445(3)
Authors: Bramm R.; Helstrup H.; Lien J.; Lindenstruth V.; Loizides C.; Rohrich D.; Skaali B.; Steinbeck T.; Stock R.; Ullaland K.; Vestbo A.; Wiebalck A.; For the ALICE Collaboration

Data Challenges in ATLAS computing
pp. 446-449(4)
Authors: Vaniachine A.; Invited talk presented for the ATLAS Collaboration

Implementation of remote job submission over GRID with IMPALA/BOSS CMS MC production tools
pp. 450-452(3)
Authors: Edunov A.; Gasparini U.; Kryukov A.; Lacaprara S.; Verlato M.

Prototype of GRID infrastructure for H-> study with full QCD background simulation and reconstruction for CMS at LHC
pp. 453-455(3)
Authors: Litvin V.; Newman H.; Shevchenko S.; Koranda S.; Loftis B.; Towns J.; Livny M.; Couvares P.; Tannenbaum T.; Frey J.

Experience with OO database for CMS events distributed between two sites
pp. 456-457(2)
Authors: Kruglov N.; Kodolova O.; Kolosov V.

Distributing applications in distributed environment
pp. 458-460(3)
Authors: Ratnikova N.; Sciaba A.; Wynhoff S.

Computing strategy of Alpha-Magnetic Spectrometer experiment
pp. 461-466(6)
Authors: Choutko V.; Klimentov A.

Parallel evolutionary algorithms
pp. 467-470(4)
Authors: Berlich R.; Kunze M.

Offline mass data processing using online computing resources at HERA-B
pp. 471-474(4)
Authors: Hernandez J.M.; Rybnikov V.; Sanchez F.

Administration tools for managing large-scale Linux cluster
pp. 475-477(3)
Authors: Manabe A.; Kawabata S.

Correlation engine prototype
pp. 478-480(3)
Authors: Pose V.; Panzer-Steindel B.

Performance characteristics of an IDE disks based file server in the environment of a Linux PC farm
pp. 481-482(2)
Authors: Berdnikov E.; Galkin E.; Kardanev A.; Kotlyar V.; Kukhtenkov V.; Lazin Y.; Minaenko A.; Motyakov V.; Petukhov V.; Sapunov M.; Sergeev A.; Slabospitskaya E.

Selection of hadronic W-decays in DELPHI with feed forward neural networks-an update
pp. 483-485(3)
Authors: Becks K.-H.; Drees J.; Muller U.; Wahlen H.

Optimized neural network search of Higgs boson production with the Tevatron
pp. 486-488(3)
Authors: Boos E.; Dudko L.; Smirnov D.

Application of neural networks to Higgs boson search
pp. 489-491(3)
Authors: Hakl F.; Hlavacek M.; Kalous R.

Support vector machines in analysis of top quark production
pp. 492-494(3)
Author: Vaiciulis A.

Particle identification in the NA48 experiment using neural networks
pp. 495-499(5)
Authors: Litov L.; For the NA48 Collaboration

Application of wavelet analysis to data treatment for small-angle neutron scattering
pp. 500-502(3)
Authors: Soloviev A.G.; Litvinenko E.I.; Ososkov G.A.; Islamov A.K.; Kuklin A.I.

Neural tracking in ALICE
pp. 503-506(4)
Authors: Badala A.; Barbera R.; Lo Re G.; Palmeri A.; Pappalardo G.S.; Pulvirenti A.; Riggi F.

Class separation and parameter estimation with neural networks for the XEUS wide field imager
pp. 507-510(4)
Authors: Zimmermann J.; Kiesling C.; Holl P.

Moving NN Triggers to Level-1 at LHC Rates
pp. 511-512(2)
Authors: Prevotet J.-C.; Denby B.; Garda P.; Granado B.; Kiesling C.

The evolutionary model of physics large-scale simulation on parallel dataflow architecture
pp. 513-514(2)
Authors: Nikitin A.V.; Nikitina L.I.

Tools for functional analysis of faults and methods of fault-stable motion control
pp. 515-516(2)
Author: Timofeev A.V.

Parametrical neural network based on the four-wave mixing process
pp. 517-519(3)
Authors: Kryzhanovsky B.V.; Litinskii L.B.; Fonarev A.

Preprocessing ultrasonic scanning data with the help of Hopfield-style neural network
pp. 520-522(3)
Authors: Agapkin O.A.; Orlov Y.V.; Persiantsev I.G.; Dolenko S.A.

Use of neural network based auto-associative memory as a data compressor for pre-processing optical emission spectra in gas thermometry with the help of neural network
pp. 523-525(3)
Authors: Dolenko S.A.; Filippov A.V.; Pal A.F.; Persiantsev I.G.; Serov A.O.

Thunderstorm cloud cellular automaton model
pp. 526-528(3)
Authors: Iudin D.I.; Trakhtengerts V.Y.; Grigoriev A.N.

Effective training algorithms for RBF-neural networks
pp. 529-531(3)
Authors: Ososkov G.; Stadnik A.

Neural networks approach to discovering temporal correlations
pp. 532-534(3)
Authors: Orlov Y.V.; Persiantsev I.G.; Dolenko S.A.; Shugai J.S.

Identification of dynamic object parameters
pp. 535-536(2)
Authors: Ilyichenkova Z.V.; Ivanova S.M.

Rigorous results for the Hopfield-type neural networks
pp. 537-539(3)
Author: Litinskii L.B.

Self-organization of cellular environment and reproduction of the network logical structure
pp. 540-542(3)
Authors: Medvedeva M.V.; Koloskov V.A.

The GA-based approach to optimization of parallel calculations in large physics problems
pp. 543-545(3)
Authors: Nikitin A.V.; Nikitina L.I.

An evolving algebra approach to formal description of a class of automata networks
pp. 546-548(3)
Author: Severyanov V.M.

Status of the Pythia7 project
pp. 549-551(3)
Author: Lonnblad L.

Toolkit for parton process data storage and manipulation
pp. 552-554(3)
Authors: Balatenychev S.; Ilyin V.; Sherstnev A.

A package of generating Feynman rules in GRACE system
pp. 555-557(3)
Author: Kaneko T.

CompHEP/SUSY package
pp. 558-559(2)
Author: Semenov A.

Study of viable models with non-universal gaugino mediation with CompHEP and ISAJET
pp. 560-563(4)
Authors: Baer H.; Balazs C.; Belyaev A.; Dermsek R.; Mafi A.; Mustafayev A.

Using FORM for symbolic evaluation of Feynman diagrams in CompHEP package
pp. 564-566(3)
Authors: Bunichev V.; Kryukov A.; Vologdin A.

Factorizing one-loop contributions to two-loop Bhabha scattering and automatization of Feynman diagram calculations
pp. 567-569(3)
Authors: Fleischer J.; Tarasov O.V.; Riemann T.; Werthenbach A.

The DIANA Feynman diagram analyzer: recent development
pp. 570-572(3)
Authors: Tentyukov M.; Fleischer J.

Batch calculations in CalcHEP
pp. 573-575(3)
Author: Pukhov A.

SANC press release
pp. 576-577(2)
Authors: Andonov A.; Bardin D.; Bondarenko S.; Christova P.; Kalinovskaya L.; Nanava G.; Passarino G.

QED radiative corrections under the SANC project
pp. 578-580(3)
Author: Christova P.

About implementation of e⁺e^-->ff processes into the framework of SANC system
pp. 581-582(2)
Author: Kalinovskaya L.V.

A Monte Carlo simulation of decays under the SANC project
pp. 583-585(3)
Author: Nanava G.

Foam: a general purpose Monte Carlo cellular approach
pp. 586-589(4)
Author: Jadach S.

A new Monte Carlo method of the numerical integration ''Superposing Method''
pp. 590-592(3)
Authors: Kaneko T.; Tobimatsu K.

Multi-dimensional integration based on stochastic sampling method
pp. 593-595(3)
Authors: Shibata A.; Tanaka S.; Kawabata S.

Adaptation of Vegas for event generation
pp. 596-598(3)
Author: Pukhov A.

Parallelization of the multidimensional integration package: DICE
pp. 599-601(3)
Authors: Yuasa F.; Tobimatsu K.; Kawabata S.

The uses of covariant formalism in analytical computation of Feynman diagrams with massive fermions
pp. 602-604(3)
Author: Rogalyov R.N.

Analytical calculation of quantum electrodynamics S-matrix
pp. 605-606(2)
Author: Andreev V.V.

Analytical calculation of S-matrix elements of reaction with fermions
pp. 607-609(3)
Author: Andreev V.V.

Multiloop calculations in HQET
pp. 610-612(3)
Author: Grozin A.G.

Numerical evaluation of general massive 2-loop self-mass master integrals from differential equations
pp. 613-614(2)
Authors: Caffo M.; Czyz H.; Remiddi E.

Some methods to evaluate the complicated Feynman integrals
pp. 615-617(3)
Author: Kotikov A.V.

Pole masses of gauge bosons: 2-loop electroweak corrections
pp. 618-620(3)
Authors: Jegerlehner F.; Yu Kalmykov M.; Veretin O.

Analytical evaluation of certain on-shell two-loop three-point diagrams
pp. 621-623(3)
Authors: Davydychev A.I.; Smirnov V.A.

The value of QCD coupling constant and power corrections in the structure function F2 measurements
pp. 624-626(3)
Authors: Krivokhijine V.G.; Kotikov A.V.

Computation of cohomology of Lie (super)algebra: algorithm, implementation and new results
pp. 627-629(3)
Author: Kornyak V.V.

N-commutators of vector fields
pp. 630-632(3)
Author: Dzhumadil'daev A.S.

Perturbation theory with convergent series: the calculation of the &unknown;₍₄₎⁴-field theory -function
pp. 633-635(3)
Author: Yudin I.L.

Advanced techniques for computing divergent series
pp. 636-638(3)
Author: Skorokhodov S.L.

On the way to computerizable scientific knowledge (by the example of the operator factorization method)
pp. 639-642(4)
Author: Niukkanen A.W.

Application of the resonant normal form to high-order nonlinear ODEs using Mathematica
pp. 643-645(3)
Authors: Edneral V.F.; Khanin R.

Factorization and transformations of linear and nonlinear ordinary differential equations
pp. 646-648(3)
Author: Berkovich L.M.

Type theory in differential equations
pp. 649-650(2)
Authors: Flegontov A.; Soloviev S.

Numerical simulation of colloidal interaction
pp. 651-653(3)
Author: Dyshlovenko P.

On validated numerics, category theory and computer algebra framework for simulation and computation in theoretical physics
pp. 654-656(3)
Author: Glazunov N.M.

Localization and pattern formation in Wigner representation via multiresolution
pp. 657-659(3)
Authors: Fedorova A.N.; Zeitlin M.G.

Fast calculations in nonlinear collective models of beam/plasma physics
pp. 660-662(3)
Authors: Fedorova A.N.; Zeitlin M.G.

Status of AIDA and JAS 3
pp. 663-665(3)
Author: Serbo V.V.

Geant4 toolkit for simulation of HEP experiments
pp. 666-668(3)
Authors: Ivanchenko V.N.; For Geant4 Collaboration

Geant4 physics validation for large HEP detectors
pp. 669-672(4)
Author: Wellisch J.P.

OO/C++ reconstruction model based on GEANT3
pp. 673-675(3)
Authors: Fine V.E.; Fisyak Y.V.; Nevski P.; Wenaus T.

The ROOT geometry package
pp. 676-680(5)
Authors: Brun R.; Gheata A.; Gheata M.

Cross-platform Qt-based implementation of low level GUI layer of ROOT
pp. 681-683(3)
Author: Fine V.E.

Ignominy: tool for analysing software dependencies and for reducing complexity in large software systems
pp. 684-686(3)
Authors: Tuura L.A.; For the CMS Collaboration

Simulation framework and XML detector description for the CMS experiment
pp. 687-688(2)
Authors: Arce P.; Banerjee S.; Boccali T.; Case M.; de Roeck A.; Lara V.; Liendl M.; Nikitenko A.; Schroder M.; Straessner A.; Wellisch H.P.; Wenzel H.

Mapping modern software process engineering techniques onto an HEP development environment
pp. 689-692(4)
Author: Wellisch J.P.

Genetic algorithm for SUSY trigger optimization in CMS detector at LHC
pp. 693-695(3)
Author: Abdullin S.

Object oriented software for simulation and reconstruction of big alignment systems
pp. 696-698(3)
Author: Arce P.

New developments in vertex reconstruction for CMS
pp. 699-701(3)
Authors: Fruhwirth R.; Prokofiev K.; Speer T.; Vanlaer P.; Waltenberger W.

Recent results on adaptive track and multitrack fitting
pp. 702-704(3)
Authors: Fruhwirth R.; Strandlie A.; Todorov T.; Winkler M.

A review of fast circle and helix fitting
pp. 705-707(3)
Authors: Fruhwirth R.; Strandlie A.; Waltenberger W.; Wroldsen J.

Innovative energy reconstruction algorithm for a hadron calorimeter
pp. 708-709(2)
Authors: Kulchitsky Y.A.; Vinogradov V.B.; For the ATLAS TILECAL Collaboration

An online calorimeter trigger for removing outsiders from particle beam calibration tests
pp. 710-712(3)
Authors: Damazio D.O.; de Seixas J.M.

Neural particle discrimination for triggering interesting physics channels with calorimetry data
pp. 713-715(3)
Authors: dos Anjos A.; Seixas J.M.

Algorithms and methods for particle identification with ALICE TOF detector at a very high particle multiplicity
pp. 716-718(3)
Author: Zagreev B.

Direct photon identification with artificial neural network in the photon spectrometer PHOS
pp. 719-722(4)
Authors: Bogolyubsky M.Y.; Kharlov Y.V.; Sadovsky S.A.

DELPHI-based visual object-oriented programming for the analysis of experimental data in low-energy physics
pp. 723-724(2)
Author: Zlokazov V.B.

Efficient storing of multidimensional histograms using advanced compression techniques
pp. 725-727(3)
Authors: Matousek V.; Morhac M.; Kliman J.; Turzo I.; Krupa L.; Jandel M.

New achievements in development of multidimensional data acquisition, processing and visualization system-DAQPROVIS
pp. 728-730(3)
Authors: Morhac M.; Matousek V.; Kliman J.; Turzo I.; Krupa L.; Jandel M.

Computer investigation of the percolation processes in two- and three-dimensional systems with heterogeneous internal structure
pp. 731-732(2)
Authors: Bagnich S.A.; Konash A.V.

Application of parallel computing to simulation of chaotic dynamics
pp. 733-735(3)
Author: Kostousov A.

Cellular automaton model of lithosphere degassing
pp. 736-738(3)
Authors: Iudin D.I.; Grigoriev A.N.

Analytical foundations of localizing computing
pp. 739-741(3)
Author: Men'shikov G.G.

On interval approach to problems of radio engineering and telecommunication
pp. 742-744(3)
Authors: Zelenina V.P.; Men'shikov G.G.

Transmembrane receptive dimers as molecular triggers having chemical and electrical inputs
pp. 745-748(4)
Author: Radchenko A.N.

Computer networks for financial activity management, control and statistics of databases of economic administration at the Joint Institute for Nuclear Research
pp. 749-751(3)
Authors: Tyupikova T.V.; Samoilov V.N.

Natural cuts in search of New Physics phenomena. Example: e->W->
pp. 752-754(3)
Authors: Anipko D.; Ginzburg I.; Pak A.

On evaluation of confidence intervals for parameters of log-likelihood and ² minimization fits
pp. 755-757(3)
Author: Redin S.I.

Quasi-optimal observables vs. event selection cuts
pp. 758-760(3)
Author: Tkachov F.V.

Comparative study of the uncertainties in parton distribution functions
pp. 761-763(3)
Author: Alekhin S.I.

Chromatography+RECOVERY=superresolution chromatography
pp. 764-767(4)
Authors: Kosarev E.L.; Muranov K.O.

On a statistical model of network traffic
pp. 768-771(4)
Authors: Antoniou I.; Ivanov V.V.; Ivanov V.V.; Zrelov P.V.

New method for data processing in polarization measurements
pp. 772-774(3)
Author: Manayenkov S.I.

Statistical multidimensional separation of the electron and pion events in the iron-scintillator hadronic calorimeter
pp. 775-777(3)
Authors: Kulchitsky Y.A.; Vinogradov V.B.; For the ATLAS TILECAL Collaboration

A new approach to cluster finding and hit reconstruction in cathode pad chambers and its development for the forward muon spectrometer of ALICE
pp. 778-780(3)
Authors: Zinchenko A.; Chabratova G.; For the ALICE Collaboration

Principal curves for identifying outsiders in experimental tests with calorimeters
pp. 781-783(3)
Authors: da Silva P.V.M.; Seixas J.M.

Analysis of coincidence -ray spectra using advanced background elimination, unfolding and fitting algorithms
pp. 784-786(3)
Authors: Morhac M.; Matousek V.; Kliman J.; Krupa L.; Jandel M.

Multivariate methods of data analysis in cosmic-ray astrophysics
pp. 787-788(2)
Authors: Chilingarian A.A.; Vardanyan A.A.

Neural nets for ground-based -ray astronomy
pp. 789-791(3)
Authors: Maneva G.M.; Procureur J.; Temnikov P.P.

What do we want, what do we have, what can we do? (unfolding in LHC era)
pp. 792-794(3)
Author: Anikeev V.B.

Signal significance in the presence of systematic and statistical uncertainties
pp. 795-798(4)
Authors: Bityukov S.I.; Krasnikov N.V.

Multifractality in ecological monitoring
pp. 799-801(3)
Authors: Iudin D.I.; Gelashvily D.B.

Diagnosis of stochastic fields by the mathematical morphology and computational topology methods
pp. 802-804(3)
Authors: Karimova L.; Makarenko N.

On the problem of interpretation and prediction of space-time variations of geophysical fields by the results of deep scientific drilling
pp. 805-806(2)
Authors: Esipko O.A.; Kolbasova A.V.; Rosaev A.E.

Summary of parallel session I: grid testbeds and applications
pp. 807-810(4)
Author: Olson D.L.

Artificial intelligence-applications in high energy and nuclear physics
pp. 811-814(4)
Author: Muller U.

Progress in multiloop calculations
pp. 815-817(3)
Author: Grozin A.G.

Automated calculation and simulation systems
pp. 818-822(5)
Author: Ohl T.

Innovative algorithms and tools summary and outlook
pp. 823-826(4)
Authors: Fine V.E.; Naumann N.A.

Summary talk-V Section
pp. 827-828(2)
Author: Kosarev E.L.

Author Index
pp. 829-845(17)