| Design patterns for description-driven systems (p. 12) |
| by Bazan, A |
| Implementation of an object oriented track reconstruction model into multiple LHC experiments (p. 48) |
| by Gaines, I |
| Pre-equilibrium and equilibrium decays in Geant4 (p. 52) |
| by Lara, V |
| The design, implementation and deployment of a functional prototype 00 reconstruction software for CMS : the ORCA project(p. 56) |
| by Innocente, Vincenzo |
| Low-energy proton effects on detectors on X-ray astronomy missions (p. 69) |
| by Nieminen, P |
| Geant4 status and results (p. 81) |
| by Allison, J |
| Not invented here : the Re-use of commercial components in HEP computing(p. 85) |
| by Walton, J P R B |
| GAUDI : The software architecture and framework for building LHCb data processing applications(p. 92) |
| by Barrand, G |
| The LHCb detector description framework (p. 96) |
| by Barrand, G |
| CLHEP : New Developments and Directions(p. 107) |
| by Fischler, M S |
| DSV : a general visualization tool for HEP event data(p. 111) |
| by Prindle, D J |
| An object-oriented framework for the hadronic Monte-Carlo event generators (p. 119) |
| by Amelin, N S |
| The geant4 isotope production model (p. 124) |
| by Wellisch, J P |
| Use of ROOT in the D0 Online Event Monitoring System (p. 165) |
| by Snow, J |
| ALICE Data Challenges (p. 185) |
| by Rademakers, F |
| The ALICE Inner Tracking System Off-line Software (p. 190) |
| by Barbera, R |
| Use of Geant4 in CMS : the OSCAR project(p. 201) |
| by Wellisch, J P |
| Status of ATLAS liquid argon calorimeter simulations with Geant4 (p. 206) |
| by Azuelos, Georges |
| ALICE Simulation Framework (p. 210) |
| by Morsch, Andreas |
| Spin-offs from CERN and the case of TuoviWDM (p. 214) |
| by Hameri, A P |
| The Use of Commodity Products in the ATLAS Level-2 Trigger (p. 224) |
| by Dobson, M |
| Re-configurable I/O interfaces for modern data acquisition systems (p. 238) |
| by Antchev, G H |
| The Usage of ROOT for Online Monitoring in the ALICE DATE System (p. 295) |
| by Carena, W |
| Experience using CMS daq column at H2 test beam area (p. 307) |
| by Bellato, M A |
| The performance and scalability of the back-end DAQ sub-system (p. 312) |
| by Alexandrov, I N |
| The NA48 online and offline PC farms (p. 326) |
| by Peters, A |
| The Dataflow system of the ATLAS DAQ/EF"-1" prototype project (p. 341) |
| by Lehmann, G |
| CASTOR project status (p. 365) |
| by Baud, J P |
| Data clustering research in CMS (p. 374) |
| by Holtman, K |
| Espresso-a feasibility study of a scalable, performant ODBMS (p. 386) |
| by Düllmann, D |
| Test results of the EuroStore mass storage system (p. 390) |
| by Augustin, I |
| An ODBMS approach to persistency in CMS (p. 423) |
| by Innocente, Vincenzo |
| Data persistency solution for LHCb (p. 431) |
| by Barrand, G |
| ATLAS event data model optimization studies based on the use of segmented VArray in objectivity/DB (p. 436) |
| by Rolli, S |
| A next generation integrated environment for collaborative work across internets (p. 504) |
| by Collados, D |
| A new architecture for Web Services at CERN (p. 508) |
| by Di Meglio, A |
| CERN Building and Map Interface via WWW on the Palm (p. 513) |
| by Dönszelmann, M |
| The COMPASS computing farm project (p. 576) |
| by Lamanna, M |
| Automating linux installations at CERN (p. 601) |
| by Cons, L |
| An HS-link network interface board for parallel computing (p. 614) |
| by Cruz, A |
| Java-based user interfaces for CERN's engineering data management system (p. 668) |
| by Rousseau, B |
| Large scale print spool service (p. 680) |
| by Reguero, I |
| An evaluation of tools for static checking of C++ code (p. 696) |
| by Arderiu-Ribera, E |
| WIRED : World Wide Web Interactive Remote Event Display(p. 708) |
| by Ballaminut, A |
| Use of a software configuration management tool in LHCb (p. 718) |
| by Harvey, J |
| The ALICE Off-Line Strategy : A Successful Migration to OO |
| by Brun, R |
| Status of the GAUDI eventprocessing framework |
| by Mato, P |
| LHCb Detector Description Framework |
| by Chytracek, R |
| Impact Of Software Review And Inspection |
| by Aleksandrov, I N |
| Use of Configuration Management tool in LHCb software |
| by Mato, P |
| Data Persistency Solution for LHCb |
| by Frank, M |
| Status of the GAUDI event-processing framework |
| by Mato, P |
| GAUDI - The Software Architecture and Framework for building LHCb Data Processing Applications |
| by Cattaneo, M |
| GAUDI - The Software Architecture and Framework for building LHCb data processing applications |
| by Cattaneo, M |
| An ODBMS Approach to Persistency in CMS |
| by Innocente, V |
| DEMONSTRATION : Partitioning, Automation and Error Recovery in the Control System of an LHC Experiment |
| by Gaspar, C |
| Moving the LHCb Monte Carlo production system to the GRID |
| by Harris, F |
| Partitioning, Automation and Error Recovery in the Control and Monitoring System of an LHC Experiment |
| by Gaspar, C |
| Moving the LHCb Monte Carlo production system to the GRID |
| by Harris, F |
| Integration of GEANT4 with the GAUDI framework |
| by Belyaev, I |
| Integration of Geant4 with Gaudi |
| by Belyaev, I |
| Zero Suppression and Data Compression for SDD Output in the ALICE Experiment |
| by Alberici, G |
| Simulation and Design of the ALICE Event Builder using the ROOM Method |
| by Arregui, M |
| Geometrical Modellers for HEP |
| by Tabary, G |
| ALICE Geometry Database |
| by Santo, J |
| Potential HEP Applications of a New High Performance Networking Technology |
| by Van Praag, A |