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TABLE OF CONTENTS
ORGANISATION __________________________________________________________________ VII
OVERVIEW ______________________________________________________________________ VIII
PLENARY TALKS ___________________________________________________________________ 1
Thomas M. Taylor, (CERN, Geneva, Switzerland) _______________________________________ 3
The Status of the LHC Machine _______________________________________________________ 3
Kerry Bernstein, (IBM Microelectronics, Essex Junction, USA) _____________________________ 8
Trends and Challenges in High Speed Microprocessor Design _______________________________ 8
Michael Campbell, (CERN, Geneva, Switzerland) _______________________________________ 11
Electronics for Pixel Detectors _______________________________________________________ 11
Veljko Radeka, (BNL, Upton, NY, USA) ______________________________________________ 17
Electronics for Calorimeters at LHC __________________________________________________ 17
Peter Alfke, (Xilinx, Inc., San Jose, CA, USA) __________________________________________ 25
Evolution, Revolution and Convolution Recent Progress in Field-Programmable Logic __________ 25
Stanley Mattsson, (Saab Ericsson Space, Goteborg, Sweden) ______________________________ 32
Single Event Upset Tests of commercial FPGA for Space Applications _______________________ 32
Bernhard Schwingenheuer, (Max-Planck-Institut, Heidelberg, Germany) ____________________ 40
Electronics Commissioning Experience at HERA-B ______________________________________ 40
ELECTRONICS FOR TRACKERS ____________________________________________________ 45
Ruud Kluit, (NIKHEF Amsterdam, Netherlands) ________________________________________ 47
Design of ladder EndCap electronics for the ALICE ITS SSD ______________________________ 47
Daniel Baumeister, (Max-Planck-Institute for Nuclear Physics, Heidelberg, Germany) __________ 52
Performance of the Beetle readout chip for LHCb ________________________________________ 52
Ulrich Trunk (Max-Planck-Institute for Nuclear Physics, Heidelberg, Germany) ________________ 57
Enhanced Radiation Hardness and Faster Front Ends for the Beetle Readout Chip _______________ 57
Sergio Zimmermann, (Fermi National Accelerator Laboratory, Batavia, IL, USA) _____________ 62
Development of a High Density Pixel Multichip Module at Fermilab _________________________ 62
Gabriele Chiodini, (Fermi National Accelerator Laboratory, Batavia, IL, USA) ________________ 67
Radiation tolerance studies of BTeV pixel readout chip prototypes ___________________________ 67
Michael Burns, (CERN, Geneva, Switzerland) __________________________________________ 71
The ALICE Pixel Detector Readout Chip Test System ____________________________________ 71
Christine Hu-Guo, (Ires, Strasbourg, France) ___________________________________________ 76
The HAL25 Front-End Chip for the ALICE Silicon Strip Detectors __________________________ 76
Giovanni Mazza, (INFN, Sezione di Torino, Italy) _______________________________________ 81
Test results of the front-end system for the silicon drift detectors of ALICE ____________________ 81
Jeroen J. van Hunen, (CERN, Geneva, Switzerland) _____________________________________ 85
Irradiation and SPS Beam Tests of the Alice1LHCb Pixel Chip _____________________________ 85
Jan Kaplon, (CERN, Geneva, Switzerland) ____________________________________________ 90
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Progress in Development of the Analogue Read-Out Chip for Silicon Strip Detector Modules for LHC
Experiments _____________________________________________________________________ 90
Alexander Kluge, (CERN, Geneva, Switzerland) ________________________________________ 95
The ALICE on-detector pixel PILOT system – OPS ______________________________________ 95
Selcuk Cihangir, (Fermilab, Particle Physics Division, Batavia, IL, USA) ___________________ 101
A Study of thermal Cycling and Radiation Effects on Indium and Solder Bump Bonding ________ 101
Zdenek Doležal, (Charles University, Prague, Czech Republic) ____________________________ 104
Beamtests of Prototype ATLAS SCT Modules at CERN H8 in 2000 ________________________ 104
Roberto Beccherle, (INFN Genova, Italy) ____________________________________________ 109
Design and Test of a DMILL Module Controller Chip for the Atlas Pixel Detector _____________ 109
RADIATION AND MAGNETIC FIELD TOLERANT ELECTRONICS SYSTEMS ________________________ 115
Juan A. Agapito, (Universidad Complutense, Electronics Dept., Madrid, Spain) ______________ 117
Radiation Tests on Commercial Instrumentation Amplifiers, Analog Switches & DAC’s ________ 117
Miguel Ullán, (Santa Cruz Institute for Particle Physics (SCIPP), USA) _____________________ 122
Low Dose Rate Effects and Ionization Radiation Tolerance of the Atlas Tracker Front-End Electronics
______________________________________________________________________________ 122
Riccardo Travaglini, (INFN and University, Bologna, Italy) ______________________________ 127
Use of antifuse-FPGAs in the Track-Sorter-Master of the CMS Drift Tube Chambers ___________ 127
Jozsef Molnar, (Institute of Nuclear Research ATOMKI, Debrecen, Hungary) ________________ 132
Neutron radiation tolerance tests of optical and opto-electronic components for the CMS Muon Barrel
Alignment ______________________________________________________________________ 132
Valerio Bocci, (INFN Roma, Università degli Studi di Roma “La Sapienza” Rome, Italy) _______ 137
Radiation test and application of FPGAs in the Atlas Level 1 Trigger ________________________ 137
OPTOELECTRONICS _________________________________________________________________ 143
Paulo Moreira, (CERN, Geneva, Switzerland) _________________________________________ 145
A Radiation Tolerant Gigabit Serializer for LHC Data Transmission ________________________ 145
Nigel Smale, (University of Oxford, UK) _____________________________________________ 150
Development of an Optical Front-end Readout System for the LHCb RICH Detectors __________ 150
Giovanni Cervelli, (CERN, Geneva, Switzerland) ______________________________________ 155
A Radiation Tolerant Laser Driver Array for Optical Transmission in the LHC Experiments _____ 155
Karl Gill, (CERN, Geneva, Switzerland)______________________________________________ 160
Quality Assurance Programme for the Environmental Testing of CMS Tracker Optical Links_____ 160
Maria Teresa Brunetti, (INFN Perugia, Italy) _________________________________________ 165
Design and Performance of a Circuit for the Analogue Optical Transmission in the CMS Inner Tracker
______________________________________________________________________________ 165
Tony Weidberg, (Oxford University, UK) ____________________________________________ 169
Status Report of the ATLAS SCT Optical Links ________________________________________ 169
Jan Troska, (CERN, Geneva, Switzerland)____________________________________________ 174
Prototype Analogue Optohybrids for the CMS Outer Barrel and Endcap Tracker _______________ 174
Daniel Eriksson, (University of Stockholm, Sweden) ____________________________________ 179
An optical link interface for the Tile Calorimeter in ATLAS _______________________________ 179
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ELECTRONICS FOR MUON DETECTORS __________________________________________________ 183
Yasuo Arai, (KEK, Tsukuba, Japan) _________________________________________________ 185
Development and a SEU Test of a TDC LSI for the ATLAS Muon Detector __________________ 185
Nikolay Bondar, (Petersburg Nuclear Physics Institute, Gatchina, Russia) ___________________ 190
Anode Front-End Electronics for the Cathode Strip Chambers of the CMS Endcap Muon Detector 190
Nikolai Terentiev, (Carnegie Mellon University, Pittsburgh, PA, USA) _____________________ 195
Results of Radiation Tests of the Anode Front-End Boards for the CMS Endcap Muon Cathode Strip
Chambers ______________________________________________________________________ 195
Christoph Posch, (Boston University, Boston, USA) ____________________________________ 199
CMOS front-end for the MDT sub-detector in the ATLAS Muon Spectrometer - development and
performance ____________________________________________________________________ 199
Franco Gonella, (Dip. di Fisica dell'Universita' and Sezione INFN di Padova, Padova, Italy)_____ 204
"The MAD", a Full Custom ASIC for the CMS Barrel Muon Chambers Front End Electronics ____ 204
Walter Bonivento, (CERN, Geneva, Switzerland) ______________________________________ 209
Status of the CARIOCA Project _____________________________________________________ 209
TRIGGER ELECTRONICS _____________________________________________________________ 213
John W. Dawson, (Argonne National Laboratory, Argonne, IL, USA) ______________________ 215
TTCPR: A PMC Receiver for TTC __________________________________________________ 215
Vito Lenti, (Dipartimento di Fisica dell’Universita and Sezione INFN, Bari, Italy) _____________ 217
A prototype fast multiplicity discriminator for Alice L0 Trigger ____________________________ 217
Martin Postranecky, (University College London, London, UK) __________________________ 222
TIM (TTC Interface Module) for ATLAS SCT & PIXEL Read Out Electronics _______________ 222
Richard Jacobsson, (CERN, Geneva, Switzerland) _____________________________________ 227
The LHCb Timing and Fast Control system ____________________________________________ 227
Zbigniew Guzik, (Soltan Institute for Nuclear Studies, Swierk-Otwock, Poland) ______________ 232
Implementation Issues of the LHCb Readout Supervisor __________________________________ 232
Wesley H. Smith, (University of Wisconsin, Madison, WI, USA) __________________________ 238
CMS Regional Calorimeter Trigger Jet Logic __________________________________________ 238
Alexander Madorsky, (University of Florida, Gainesville, IL, USA) _______________________ 243
The Track-Finding Processor for the Level-1 Trigger of the CMS Endcap Muon System ________ 243
Andrea Salamon, (INFN Rome, Italy) _______________________________________________ 248
The Sector Logic demonstrator of the Level-1 Muon Barrel Trigger of the ATLAS Experiment ___ 248
Ian P. Brawn, (Rutherford Appleton Laboratory, Chilton, UK) ____________________________ 253
One Size Fits All: Multiple Uses of Common Modules in the ATLAS Level-1 Calorimeter Trigger 253
Werner Hinderer, (University of Heidelberg, Germany) _________________________________ 258
The Final Multi-Chip Module of the ATLAS Level-1 Calorimeter Trigger Pre-processor ________ 258
Gilles Mahout, (University of Birmingham, UK) _______________________________________ 263
Prototype Readout Module for the ATLAS Level-1 Calorimeter Trigger Processors ____________ 263
Riccardo Vari, (INFN, Dept. of Physics, Università degli Studi di Roma "La Sapienza", Rome, Italy)
______________________________________________________________________________ 268
Prototype Slice of the Level-1 Muon Trigger in the Barrel Region of the ATLAS Experiment ____ 268
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Leonid Vinogradov, (St.Petersburg State University, Russia) _____________________________ 273
Fast pre-trigger electronics of T0/Centrality MCP-Based Start Detector for ALICE _____________ 273
Fabrizio Odorici, (INFN Bologna, Italy) _____________________________________________ 278
Design and Test of the Track-Sorter-Slave ASIC for the CMS Drift Tube Chambers ____________ 278
Richard Jacobsson, (CERN, Geneva, Switzerland) _____________________________________ 282
Use of Network Processors in the LHCb Trigger/DAQ System _____________________________ 282
ELECTRONICS FOR CALORIMETRY _____________________________________________________ 287
Christophe de La Taille, (Laboratoire de l'Accelerateur Linéaire, Orsay, France) _____________ 289
Status of ATLAS LAr DMILL Chips _________________________________________________ 289
Paul Aspell, (CERN, Geneva, Switzerland)____________________________________________ 295
DeltaStream : A 36 channel low noise, large dynamic range silicon detector readout ASIC optimised
for large detector capacitance _______________________________________________________ 295
Jacques Lecoq, (LPC Clermont Ferrand, France) _______________________________________ 300
The Mixed Analog/Digital Shaper of the LHCb Preshower ________________________________ 300
Magnus Ramstedt, (Stockholm University, Sweden) ____________________________________ 305
Production and Test of the ATLAS Hadronic Calorimeter Digitizer _________________________ 305
Horst Brettel, (Max-Planck-Institut, Werner-Heisenberg-Institut, Muenchen, Germany) ________ 309
Low Voltage Control for the Liquid Argon Hadronic End-Cap Calorimeter of ATLAS __________ 309
Vicente Gonzalez, (IFIC and Dpt of Electronic Engineering. University of Valencia, Spain) _____ 314
On the developments of the Read Out Driver for the ATLAS Tile Calorimeter ________________ 314
DATA ACQUISITION / DETECTOR CONTROL SYSTEM ________________________________________ 319
Attila Racz, (CERN, Geneva, Switzerland) ____________________________________________ 321
Front-End/DAQ interfaces in CMS __________________________________________________ 321
Bjorn Hallgren, (CERN, Geneva, Switzerland) ________________________________________ 325
The Embedded Local Monitor Board (ELMB) in the LHC Front-end I/O Control System ________ 325
Jose C. Da Silva, (LIP, Lisbon, Portugal) _____________________________________________ 331
Design of a Data Concentrator Card for the CMS Electromagnetic Calorimeter Readout _________ 331
Helfried J.Burckhart, (CERN, Geneva, Switzerland) ___________________________________ 334
Vertical Slice of the ATLAS Detector Control System ___________________________________ 334
Guido Magazzu, (INFN Sezione di Pisa, Italy) _________________________________________ 338
A rad-hard 8-channel 12-bit resolution ADC for slow control applications in the LHC environmnent 338
Enzo Carrone, (CERN, Geneva , Switzerland) _________________________________________ 342
Design specifications and test of the HMPID's control system in the ALICE experiment. ________ 342
Eric Hazen, (Boston University, Boston, USA) ________________________________________ 347
The CMS HCAL Data Concentrator: A Modular, Standards-Based Implementation ____________ 347
GROUNDING, SHIELDING, COOLING AND ALIGNMENT ______________________________________ 351
Fernando Arteche (CERN, Geneva, Switzerland) ______________________________________ 353
EMI Filter Design and Stability Assessment of DC Voltage Distribution based on Switching Converters
______________________________________________________________________________ 353
Alessandro Bartoloni, (INFN, Sezione di Roma, Italy) __________________________________ 358
The Power Supply System for CMS-ECAL APDs _______________________________________ 358
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Piotr Malecki, (Institute of Nuclear Physics, Cracow, Poland) _____________________________ 363
Power Supply and Power Distribution System for the ATLAS Silicon Strip Detectors ___________ 363
Grigori Feofilov, (St.Petersburg State University, Russia) ________________________________ 368
Conductive cooling of SDD and SSD Front-End chips for ALICE __________________________ 368
POSTERS ________________________________________________________________________ 373
Mikhail Matveev, (University, Houston, TX, USA) _____________________________________ 375
Sorting Devices for the CSC Muon Trigger System at CMS _______________________________ 375
Mikhail Matveev, (University, Houston, TX, USA) _____________________________________ 379
Optical Link Evaluation for the CSC Muon Trigger at CMS _______________________________ 379
Vyacheslav Vinogradov, (Institute for Nuclear Research, Moscow, Russia) __________________ 383
Distributed Modular RT-Systems for Detector, DAQ, Trigger and Control Applications _________ 383
Yoshio Nakamura, (International Center for Elementary Particle Physics, University of Tokyo, Japan)
______________________________________________________________________________ 391
A Remote Control System for On-Detector VME Modules of the ATLAS Endcap Muon Trigger __ 391
Susanne Kersten, (University Wuppertal, Germany) ____________________________________ 396
Studies for a Detector Control System for the ATLAS Pixel Detector ________________________ 396
Jean-Michel Sainson, (CERN, Geneva, Switzerland) ____________________________________ 401
Printed Circuit Board Signal Integrity Analysis at CERN _________________________________ 401
P.K. Skorobogatov, (Specialized Electronic Systems, Moscow, Russia) _____________________ 406
Influence of Temperature on Pulsed Focused Laser Beam Testing __________________________ 406
P.K. Skorobogatov, (Specialized Electronic Systems, Moscow, Russia) _____________________ 409
The Behavior of P-I-N Diode under High Intense Laser Irradiation _________________________ 409
Ian Dawson, (University of Sheffield, UK) ____________________________________________ 412
Estimating induced-activation of SCT barrel-modules ____________________________________ 412
Daniel Dzahini, (Institut des Sciences Nucléaires, Grenoble, France) _______________________ 418
Development of a DMILL radhard multiplexer for the ATLAS Glink optical link and radiation test with
a custom Bit ERror Tester _________________________________________________________ 418
Zdenek Doležal, (Charles University, Prague, Czech Republic) ____________________________ 422
Direct Study of Neutron Induced Single-Event Effects ___________________________________ 422
Per Gällnö, (CERN, Geneva, Switzerland) ____________________________________________ 424
The Atlas read out data flow control module and the TTC VME interface production status ______ 424
Marco A.L. Leite, (Brookhaven National Laboratory, Upton, NY, USA) ____________________ 429
Optically Based Charge Injection System for Ionization Detectors __________________________ 429
Yasuaki Ishida, (Department of Physics, Tokyo Metropolitan University, Japan) ______________ 432
An Emulator of Timing, Trigger and Control (TTC) System for the ATLAS Endcap Muon Trigger
Electronics _____________________________________________________________________ 432
Imma RIU, (DESY, Hamburg, Germany) _____________________________________________ 436
First Commissioning Results for the Hera-B First Level Trigger ____________________________ 436
Abram Goldsher, (Science and Technology Enterprise Pulsar, Moscow, Russia) ______________ 440
High-speed multichannel ICs for front-end electronics systems ____________________________ 440
Giovanni Mazza, (INFN sezione di Torino, Italy) ______________________________________ 445
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New building blocks for the ALICE SDD readout and Detector Control System in a commercial 0.25
m CMOS technology ____________________________________________________________ 445
LIST OF PARTICIPANTS ________________________________________________________ 449
INDEX __________________________________________________________________________ 461
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The seventh in this series of workshops on Electronics for LHC Experiments, was organised for the
CERN LHC Electronics Co-ordinating Committee by the Departments of Physics at Stockholm
University and at the Royal Institute of Technology.
The workshop was held on September 10-14, 2001 in the Stockholm Center for Physics, Astronomy and
Biotechnology.
Local Organisation Committee:
Christian BOHM (Chair)
Stockholm University
Sten HELLMAN
Stockholm University
Jonas KLEREBORN
Stockholm University
Bengt LUND-JENSEN
KTH
Mark PEARCE
KTH
Magnus RAMSTEDT
Stockholm University
Sam SILVERSTEIN
Stockholm University
Program Review Committee
Peter SHARP (Chairman)
Pierre BORGEAUD
Francesco CORSI
CERN
CEA Saclay
Politecnico di Bari
Jorgen CHRISTIANSEN
CERN
Philippe FARTHOUAT
CERN
Fabio FORMENTI
CERN
Geoff HALL
Michael LETHEREN
Emilio PETROLO
Imperial College
CERN
INFN Rome
Stephen QUINTON
Rutherford Appleton Laboratory
Veljko RADEKA
Brookhaven National Laboratory
Michael SCHMELLING
Max Planck Institute Heidelberg
Wesley SMITH
Giorgio STEFANINI
Michal TURALA
University of Wisconsin
CERN
Institute of Nuclear Physics CRAKOW
Workshop Secretariat:
Christina FAGERBLOM
Catherine ISABELLA
Stockholm University
CERN
Marie KAIDING
KTH
Britta SCHMIDT
Stockholm University
Ingegerd WESTBERG
Stockholm University
Proceedings Editor:
Catherine ISABELLA
CERN
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The purpose of the workshop was to review the electronics for LHC experiments, to identify areas and
encourage common efforts for the development of electronics within and between the different LHC
experiments, to promote collaboration in the engineering and physics communities involved in the
LHC activities.
The program of the workshop included both invited plenary talks and parallel working groups for
contributed papers. The focus of the workshop was research and recent development in the following
topics:
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Electronics for trackers
Radiation and magnetic field tolerant electronics systems
Optoelectronics
Electronics for muons
Trigger electronics
Electronics for calorimetry
Data Acquisition / Detector Control System
Grounding shielding cooling and alignment
The welcome address was given by Peter Sharp, Chairman of the programme Committee, by Christian
Bohm, Chairman of the local organising committee and by Ulf Wahlgren, Director of the Stockholm
Center for Physics, Astronomy and Biotechnology .
PLENARY SESSIONS
P1 Chaired by Peter Sharp :

The LHC experimental programme - a status report by Jos Engelen, NIKHEF, Amsterdam
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The Status of the LHC Machine by Thomas Taylor, CERN
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Deep-Submicron Scaling Effects and Trends in High Performance CMOS by Kerry
Bernstein, IBM Server Technology, Essex Junction, USA
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Electronics development in industry by Niclas Keskitalo, Ericsson Test Competence Centre,
Hudigsvall
P2 Chaired by Philippe Farthouat :
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Electronics for Pixel Detectors by Michael Campbell, CERN
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Modern board-level electronics design by Joël Bovier, CES Creative Electronic Systems SA,
Petit Lancy, Geneve.
P3 Chaired by Michael Letheren :
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Electronics for Calorimeters at LHC by Veljko Radeka, BNL, Upton, NY
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Evolution, Revolution and Convolution,
Recent Progress in Field-Programmable Logic by Peter Alfke, Xilinx, Inc., San Jose,
California
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P4 Chaired by Wesley Smith :
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Electronics for Space Experiments by Gert M. Viertel, Laboratory for High Energy Physics,
ETH- Zurich
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Single Event Upset tests of commercial FPGA for space application by Stanley Mattsson,
Saab Space
P5 Chaired by Philippe Farthouat
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Experiences from the Electronic Commissioning of HERA-B by Bernhard Schwingenheuer,
Max-Planck-Institut, Heidelberg
PARALLEL WORKING GROUPS
The two parallel working groups focussed on the system design issues involved in the electronics for :
WORKING GROUP A :
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Electronics for Trackers (Chairmen: Fabio Formenti and Vincent Vuillemin)
Radiation and Magnetic Field Tolerant Electronics Systems (Chairman: Fabio
Formenti)
Optoelectronics and Data Transfer Systems (Chairmen: Michael Letheren and
Philippe Farthouat)
Electronics for Muon Detectors (Chairman: Robert Richter)
WORKING GROUP B :
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Trigger Electronics (Chairmen: Wesley Smith and Michael Letheren)
Electronics for Calorimetry (Chairman:Gert Viertel)
DAQ / DCS (Chairman: Stephen Quinton)
Grounding Shielding, Cooling and Alignment (Chairman:Veljko Radeka)
POSTERS
The posters session was chaired by Stephen Quinton, RAL
INDUSTRIAL EXHIBITION
Company exibiting was CAEN SpA, Viareggio, Italy.
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The workshop was sponsored by :
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The Nobel Foundation (NOBELSTIFTELSEN)
The Swedish Research Council (VETENSKAPSRADET)
Ericsson
Xcounter
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The eighth workshop is expected to take place in Colmar, France, in September 2002.
Further information will be made available in due course on the World Wide Web.
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Thomas M. Taylor, (CERN, Geneva, Switzerland)
The Status of the LHC Machine
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Kerry Bernstein, (IBM Microelectronics, Essex Junction, USA)
Trends and Challenges in High Speed Microprocessor Design
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Bernstein 3
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Michael Campbell, (CERN, Geneva, Switzerland)
Electronics for Pixel Detectors
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Campbell 3
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Campbell 4
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Campbell 5
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Campbell 6
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Veljko Radeka, (BNL, Upton, NY, USA)
Electronics for Calorimeters at LHC
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Radeka 3
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Radeka 4
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Radeka 5
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Radeka 6
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Radeka 7
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Radeka 8
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Peter Alfke, (Xilinx, Inc., San Jose, CA, USA)
Evolution, Revolution and Convolution Recent Progress in Field-Programmable Logic
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alfke 4
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alfke 5
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alfke 6
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Stanley Mattsson, (Saab Ericsson Space, Goteborg, Sweden)
Single Event Upset Tests of commercial FPGA for Space Applications
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mattsson 3
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mattsson 4
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mattsson 5
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mattsson 6
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Bernhard Schwingenheuer, (Max-Planck-Institut, Heidelberg, Germany)
Electronics Commissioning Experience at HERA-B
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Schwin 3
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Schwin 4
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Schwin 5
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Ruud Kluit, (NIKHEF Amsterdam, Netherlands)
Design of ladder EndCap electronics for the ALICE ITS SSD
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Kluit 2
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Kluit 3
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Kluit 4
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Kluit 5
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Daniel Baumeister, (Max-Planck-Institute for Nuclear Physics, Heidelberg, Germany)
Performance of the Beetle readout chip for LHCb
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baumeister 3
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baumeister 4
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baumeister 5
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Ulrich Trunk (Max-Planck-Institute for Nuclear Physics, Heidelberg, Germany)
Enhanced Radiation Hardness and Faster Front Ends for the Beetle Readout Chip
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Trunk 3
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Trunk 4
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Trunk 5
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Sergio Zimmermann, (Fermi National Accelerator Laboratory, Batavia, IL, USA)
Development of a High Density Pixel Multichip Module at Fermilab
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Zimmerman 2
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Zimmerman 3
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Zimmerman 4
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Zimmerman 5
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Gabriele Chiodini, (Fermi National Accelerator Laboratory, Batavia, IL, USA)
Radiation tolerance studies of BTeV pixel readout chip prototypes
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Chiodini 2
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Chiodini 3
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Chiodini 4
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Michael Burns, (CERN, Geneva, Switzerland)
The ALICE Pixel Detector Readout Chip Test System
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burns 3
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burns 4
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burns 5
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Christine Hu-Guo, (Ires, Strasbourg, France)
The HAL25 Front-End Chip for the ALICE Silicon Strip Detectors
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hu 3
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hu 5
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Giovanni Mazza, (INFN, Sezione di Torino, Italy)
Test results of the front-end system for the silicon drift detectors of ALICE
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mazza 3
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mazza 4
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Jeroen J. van Hunen, (CERN, Geneva, Switzerland)
Irradiation and SPS Beam Tests of the Alice1LHCb Pixel Chip
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van hunen 3
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van hunen 4
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van hunen 5
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Jan Kaplon, (CERN, Geneva, Switzerland)
Progress in Development of the Analogue Read-Out Chip for Silicon Strip Detector Modules for LHC Experiments
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kaplon 3
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Alexander Kluge, (CERN, Geneva, Switzerland)
The ALICE on-detector pixel PILOT system – OPS
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kluge 3
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kluge 4
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kluge 5
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kluge 6
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Selcuk Cihangir, (Fermilab, Particle Physics Division, Batavia, IL, USA)
A Study of thermal Cycling and Radiation Effects on Indium and Solder Bump Bonding
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Cihangir 2
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Cihangir 3
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Zdenek Doležal, (Charles University, Prague, Czech Republic)
Beamtests of Prototype ATLAS SCT Modules at CERN H8 in 2000
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dolezal 2
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dolezal 3
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dolezal 4
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dolezal 5
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Roberto Beccherle, (INFN Genova, Italy)
Design and Test of a DMILL Module Controller Chip for the Atlas Pixel Detector
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beccherle 3
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beccherle 4
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beccherle 5
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Juan A. Agapito, (Universidad Complutense, Electronics Dept., Madrid, Spain)
Radiation Tests on Commercial Instrumentation Amplifiers, Analog Switches & DAC’s
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agapito 3
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agapito 4
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agapito 5
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Miguel Ullán, (Santa Cruz Institute for Particle Physics (SCIPP), USA)
Low Dose Rate Effects and Ionization Radiation Tolerance of the Atlas Tracker Front-End Electronics
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ullan 3
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ullan 4
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ullan 5
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Riccardo Travaglini, (INFN and University, Bologna, Italy)
Use of antifuse-FPGAs in the Track-Sorter-Master of the CMS Drift Tube Chambers
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travaglini 2
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travaglini 3
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travaglini 4
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travaglini 5
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Jozsef Molnar, (Institute of Nuclear Research ATOMKI, Debrecen, Hungary)
Neutron radiation tolerance tests of optical and opto-electronic components for the CMS Muon Barrel Alignment
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molnar 3
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molnar 4
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molnar 5
137
Valerio Bocci, (INFN Roma, Università degli Studi di Roma “La Sapienza” Rome, Italy)
Radiation test and application of FPGAs in the Atlas Level 1 Trigger
138
bocci 2
139
bocci 3
140
bocci 4
141
bocci 5
142
143
O
OPPT
TO
OE
EL
LE
EC
CT
TR
RO
ON
NIIC
CSS
144
145
Paulo Moreira, (CERN, Geneva, Switzerland)
A Radiation Tolerant Gigabit Serializer for LHC Data Transmission
146
moreira 2
147
moreira 3
148
moreira 4
149
moreira 5
150
Nigel Smale, (University of Oxford, UK)
Development of an Optical Front-end Readout System for the LHCb RICH Detectors
151
smale 2
152
smale 3
153
smale 4
154
smale 5
155
Giovanni Cervelli, (CERN, Geneva, Switzerland)
A Radiation Tolerant Laser Driver Array for Optical Transmission in the LHC Experiments
156
cervelli 2
157
cervelli 3
158
cervelli 4
159
cervelli 5
160
Karl Gill, (CERN, Geneva, Switzerland)
Quality Assurance Programme for the Environmental Testing of CMS Tracker Optical Links
161
gill 2
162
gill 3
163
gill 4
164
gill 5
165
Maria Teresa Brunetti, (INFN Perugia, Italy)
Design and Performance of a Circuit for the Analogue Optical Transmission in the CMS Inner Tracker
166
brunetti 2
167
brunetti 3
168
brunetti 4
169
Tony Weidberg, (Oxford University, UK)
Status Report of the ATLAS SCT Optical Links
170
weidberg 2
171
weidberg 3
172
weidberg 4
173
weidberg 5
174
Jan Troska, (CERN, Geneva, Switzerland)
Prototype Analogue Optohybrids for the CMS Outer Barrel and Endcap Tracker
175
Troska 2
176
Troska 3
177
Troska 4
178
Troska 5
179
Daniel Eriksson, (University of Stockholm, Sweden)
An optical link interface for the Tile Calorimeter in ATLAS
180
Eriksson 2
181
Eriksson 3
182
183
E
EL
LE
EC
CT
TR
RO
ON
NIIC
CSS FFO
OR
RM
MU
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ON
ND
DE
ET
TE
EC
CT
TO
OR
RSS
184
185
Yasuo Arai, (KEK, Tsukuba, Japan)
Development and a SEU Test of a TDC LSI for the ATLAS Muon Detector
186
aria 2
187
arai 3
188
arai 4
189
arai 5
190
Nikolay Bondar, (Petersburg Nuclear Physics Institute, Gatchina, Russia)
Anode Front-End Electronics for the Cathode Strip Chambers of the CMS Endcap Muon Detector
191
bondar 2
192
bondar 3
193
bondar 4
194
bondar 5
195
Nikolai Terentiev, (Carnegie Mellon University, Pittsburgh, PA, USA)
Results of Radiation Tests of the Anode Front-End Boards for the CMS Endcap Muon Cathode Strip Chambers
196
terentiev 2
197
terentiev 3
198
terentiev 4
199
Christoph Posch, (Boston University, Boston, USA)
CMOS front-end for the MDT sub-detector in the ATLAS Muon Spectrometer - development and performance
200
posch 2
201
posch 3
202
posch 4
203
posch 5
204
Franco Gonella, (Dip. di Fisica dell'Universita' and Sezione INFN di Padova, Padova, Italy)
"The MAD", a Full Custom ASIC for the CMS Barrel Muon Chambers Front End Electronics
205
gonella 2
206
gonella 3
207
gonella 4
208
gonella 5
209
Walter Bonivento, (CERN, Geneva, Switzerland)
Status of the CARIOCA Project
210
bonivento 2
211
bonivento 3
212
bonivento 4
213
T
TR
RIIG
GG
GE
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RE
EL
LE
EC
CT
TR
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ON
NIIC
CSS
214
215
John W. Dawson, (Argonne National Laboratory, Argonne, IL, USA)
TTCPR: A PMC Receiver for TTC
216
dawson 2
217
Vito Lenti, (Dipartimento di Fisica dell’Universita and Sezione INFN, Bari, Italy)
A prototype fast multiplicity discriminator for Alice L0 Trigger
218
lenti 2
219
lenti 3
220
lenti 4
221
lenti 5
222
Martin Postranecky, (University College London, London, UK)
TIM (TTC Interface Module) for ATLAS SCT & PIXEL Read Out Electronics
223
postranecky 2
224
postranecky 3
225
postranecky 4
226
postraneckt 5
227
Richard Jacobsson, (CERN, Geneva, Switzerland)
The LHCb Timing and Fast Control system
228
jacobsson 2
229
jacobsson 3
230
jacobsson 4
231
jacobsson 5
232
Zbigniew Guzik, (Soltan Institute for Nuclear Studies, Swierk-Otwock, Poland)
Implementation Issues of the LHCb Readout Supervisor
233
guzik 2
234
guzik 3
235
guzik 4
236
guzik 5
237
guzik 6
238
Wesley H. Smith, (University of Wisconsin, Madison, WI, USA)
CMS Regional Calorimeter Trigger Jet Logic
239
smith 2
240
smith 3
241
smith 4
242
smith 5
243
Alexander Madorsky, (University of Florida, Gainesville, IL, USA)
The Track-Finding Processor for the Level-1 Trigger of the CMS Endcap Muon System
244
madorsky 2
245
madorsky 3
246
madorsky 4
247
madorsky 5
248
Andrea Salamon, (INFN Rome, Italy)
The Sector Logic demonstrator of the Level-1 Muon Barrel Trigger of the ATLAS Experiment
249
salamon 2
250
salamon 3
251
salamon 4
252
salamon 5
253
Ian P. Brawn, (Rutherford Appleton Laboratory, Chilton, UK)
One Size Fits All: Multiple Uses of Common Modules in the ATLAS Level-1 Calorimeter Trigger
254
brawn 2
255
brawn 3
256
brawn 4
257
brawn 5
258
Werner Hinderer, (University of Heidelberg, Germany)
The Final Multi-Chip Module of the ATLAS Level-1 Calorimeter Trigger Pre-processor
259
hinderer 2
260
hinderer 3
261
hinderer 4
262
hinderer 5
263
Gilles Mahout, (University of Birmingham, UK)
Prototype Readout Module for the ATLAS Level-1 Calorimeter Trigger Processors
264
mahout 2
265
mahout 3
266
mahout 4
267
mahout 5
268
Riccardo Vari, (INFN, Dept. of Physics, Università degli Studi di Roma "La Sapienza", Rome, Italy)
Prototype Slice of the Level-1 Muon Trigger in the Barrel Region of the ATLAS Experiment
269
vari 2
270
vari 3
271
vari 4
272
vari 5
273
Leonid Vinogradov, (St.Petersburg State University, Russia)
Fast pre-trigger electronics of T0/Centrality MCP-Based Start Detector for ALICE
274
Lvinogradov 2
275
Lvinogradov 3
276
Lvinogradov 4
277
Lvinogradov 5
278
Fabrizio Odorici, (INFN Bologna, Italy)
Design and Test of the Track-Sorter-Slave ASIC for the CMS Drift Tube Chambers
279
odorici 2
280
odorici 3
281
odorici 4
282
Richard Jacobsson, (CERN, Geneva, Switzerland)
Use of Network Processors in the LHCb Trigger/DAQ System
283
jacobsson 2
284
jacobsson 3
285
jacobsson 4
286
jacobsson 5
287
E
EL
LE
EC
CT
TR
RO
ON
NIIC
CSS FFO
OR
RC
CA
AL
LO
OR
RIIM
ME
ET
TR
RY
Y
288
289
Christophe de La Taille, (Laboratoire de l'Accelerateur Linéaire, Orsay, France)
Status of ATLAS LAr DMILL Chips
290
taille 2
291
taille 3
292
taille 4
293
taille 5
294
taille 6
295
Paul Aspell, (CERN, Geneva, Switzerland)
DeltaStream : A 36 channel low noise, large dynamic range silicon detector readout ASIC optimised for large detector
capacitance
296
aspell 2
297
aspell 3
298
aspell 4
299
aspell 5
300
Jacques Lecoq, (LPC Clermont Ferrand, France)
The Mixed Analog/Digital Shaper of the LHCb Preshower
301
lecoq 2
302
lecoq 3
303
lecoq 4
304
lecoq 5
305
Magnus Ramstedt, (Stockholm University, Sweden)
Production and Test of the ATLAS Hadronic Calorimeter Digitizer
306
ramstedt 2
307
ramstedt 3
308
ramstedt 4
309
Horst Brettel, (Max-Planck-Institut, Werner-Heisenberg-Institut, Muenchen, Germany)
Low Voltage Control for the Liquid Argon Hadronic End-Cap Calorimeter of ATLAS
310
brettel 2
311
brettel 3
312
brettel 4
313
brettel 5
314
Vicente Gonzalez, (IFIC and Dpt of Electronic Engineering. University of Valencia, Spain)
On the developments of the Read Out Driver for the ATLAS Tile Calorimeter
315
Gonzalez 2
316
Gonzalez 3
317
Gonzalez 4
318
319
D
DA
AT
TA
AA
AC
CQ
QU
UIISSIIT
TIIO
ON
N // D
DE
ET
TE
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CT
TO
OR
RC
CO
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NT
TR
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TE
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M
320
321
Attila Racz, (CERN, Geneva, Switzerland)
Front-End/DAQ interfaces in CMS
322
racz 2
323
racz 3
324
racz 4
325
Bjorn Hallgren, (CERN, Geneva, Switzerland)
The Embedded Local Monitor Board (ELMB) in the LHC Front-end I/O Control System
326
hallgren 2
327
hallgren 3
328
hallgren 4
329
hallgren 5
330
hallgren 6
331
Jose C. Da Silva, (LIP, Lisbon, Portugal)
Design of a Data Concentrator Card for the CMS Electromagnetic Calorimeter Readout
332
da silva 2
333
da silva 3
334
Helfried J.Burckhart, (CERN, Geneva, Switzerland)
Vertical Slice of the ATLAS Detector Control System
335
burckhart 2
336
burckhart 3
337
burckhart 4
338
Guido Magazzu, (INFN Sezione di Pisa, Italy)
A rad-hard 8-channel 12-bit resolution ADC for slow control applications in the LHC environmnent
339
magazzu 2
340
magazzu 3
341
magazzu 4
342
Enzo Carrone, (CERN, Geneva , Switzerland)
Design specifications and test of the HMPID's control system in the ALICE experiment.
343
carrone 2
344
carrone 3
345
carrone 4
346
carrone 5
347
Eric Hazen, (Boston University, Boston, USA)
The CMS HCAL Data Concentrator: A Modular, Standards-Based Implementation
348
hazen 2
349
hazen 3
350
hazen 4
351
G
GR
RO
OU
UN
ND
DIIN
NG
G,, SSH
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EL
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NG
G,, C
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NG
GA
AN
ND
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AL
LIIG
GN
NM
ME
EN
NT
T
352
353
Fernando Arteche (CERN, Geneva, Switzerland)
EMI Filter Design and Stability Assessment of DC Voltage Distribution based on Switching Converters
354
arteche 2
355
arteche 3
356
arteche 4
357
arteche 5
358
Alessandro Bartoloni, (INFN, Sezione di Roma, Italy)
The Power Supply System for CMS-ECAL APDs
359
bartoloni 2
360
bartoloni 3
361
bartoloni 4
362
bartoloni 5
363
Piotr Malecki, (Institute of Nuclear Physics, Cracow, Poland)
Power Supply and Power Distribution System for the ATLAS Silicon Strip Detectors
364
malecki 2
365
malecki 3
366
malecki 4
367
malecki 5
368
Grigori Feofilov, (St.Petersburg State University, Russia)
Conductive cooling of SDD and SSD Front-End chips for ALICE
369
feofilov 2
370
feofilov 3
371
feofilov 4
372
feofilov 5
373
PPO
OSST
TE
ER
RSS
374
375
Mikhail Matveev, (University, Houston, TX, USA)
Sorting Devices for the CSC Muon Trigger System at CMS
376
matveev 2
377
matveev 3
378
matveev 4
379
Mikhail Matveev, (University, Houston, TX, USA)
Optical Link Evaluation for the CSC Muon Trigger at CMS
380
matveev 2
381
matveev 3
382
matveev 4
383
Vyacheslav Vinogradov, (Institute for Nuclear Research, Moscow, Russia)
Distributed Modular RT-Systems for Detector, DAQ, Trigger and Control Applications
384
vvinogradov 2
385
vvinogradov 3
386
vvinogradov 4
387
vvinogradov 5
388
vvinogradov 6
389
vvinogradov 7
390
vvinogradov 8
391
Yoshio Nakamura, (International Center for Elementary Particle Physics, University of Tokyo, Japan)
A Remote Control System for On-Detector VME Modules of the ATLAS Endcap Muon Trigger
392
nakamura 2
393
nakamura 3
394
nakamura 4
395
nakamura 5
396
Susanne Kersten, (University Wuppertal, Germany)
Studies for a Detector Control System for the ATLAS Pixel Detector
397
kersten 2
398
kersten 3
399
kersten 4
400
kersten 5
401
Jean-Michel Sainson, (CERN, Geneva, Switzerland)
Printed Circuit Board Signal Integrity Analysis at CERN
402
sainson 2
403
sainson 3
404
sainson 4
405
sainson 5
406
P.K. Skorobogatov, (Specialized Electronic Systems, Moscow, Russia)
Influence of Temperature on Pulsed Focused Laser Beam Testing
407
2
408
3
409
P.K. Skorobogatov, (Specialized Electronic Systems, Moscow, Russia)
The Behavior of P-I-N Diode under High Intense Laser Irradiation
410
2
411
3
412
Ian Dawson, (University of Sheffield, UK)
Estimating induced-activation of SCT barrel-modules
413
idawson 2
414
idawson 3
415
idawson 4
416
idawson 5
417
idawson 6
418
Daniel Dzahini, (Institut des Sciences Nucléaires, Grenoble, France)
Development of a DMILL radhard multiplexer for the ATLAS Glink optical link and radiation test with a custom Bit
ERror Tester
419
dzahini 2
420
dzahini 3
421
dzahini 4
422
Zdenek Doležal, (Charles University, Prague, Czech Republic)
Direct Study of Neutron Induced Single-Event Effects
423
dolezal 2
424
Per Gällnö, (CERN, Geneva, Switzerland)
The Atlas read out data flow control module and the TTC VME interface production status
425
gallno 2
426
gallno 3
427
gallno 4
428
gallno 5
429
Marco A.L. Leite, (Brookhaven National Laboratory, Upton, NY, USA)
Optically Based Charge Injection System for Ionization Detectors
430
leite 2
431
leite 3
432
Yasuaki Ishida, (Department of Physics, Tokyo Metropolitan University, Japan)
An Emulator of Timing, Trigger and Control (TTC) System for the ATLAS Endcap Muon Trigger Electronics
433
ishida 2
434
ishida 3
435
ishida 4
436
Imma RIU, (DESY, Hamburg, Germany)
First Commissioning Results for the Hera-B First Level Trigger
437
riu 2
438
riu 3
439
riu 4
440
Abram Goldsher, (Science and Technology Enterprise Pulsar, Moscow, Russia)
High-speed multichannel ICs for front-end electronics systems
441
goldsher 2
442
goldsher 3
443
goldsher 4
444
goldsher 5
445
Giovanni Mazza, (INFN sezione di Torino, Italy)
New building blocks for the ALICE SDD readout and Detector Control System in a commercial 0.25 m CMOS
technology
446
mazza 2
447
mazza 3
448
mazza 4
449
L
LIISST
TO
OFF PPA
AR
RT
TIIC
CIIPPA
AN
NT
TSS
Juan AGAPITO
Universidad Complutense UCM
Department of Electronics
Ciudad Universitaria
ES-28040 Madrid
Spain
agapito@fis.ucm.es
Peter ALFKE
Xilinx, Inc.
Director, Applications Engineering
2100 Logic Drive
San Jose, California 95124-3400
United States of America
peter@xilinx.com
Giovanni ANELLI
CERN
CH-1211 Geneva 23
Switzerland
Giovanni.Anelli@cern.ch
Yasuo ARAI
KEK
1-1 Oho Machi, Tsukuba-shi
Ibaraki-Ken 305-0801
Japan
yasuo.arai@kek.jp
Fernando G. ARTECHE
CERN
EP Division
CH-1211 Geneva 23
Switzerland
fernando.arteche@cern.ch
Bertil ARVIDSSON
Ericsson Network Technologies AB
Kabelvägen 1
SE-824 82 Hudiksvall
Sweden
bertil.arvidsson@eca.ericsson.se
Paul ASPELL
CERN
EP Division
CH-1211 Geneva 23
Switzerland
paul.aspell@cern.ch
Andrew BADEN
University of Maryland
Department of Physics
College Park MD 20742
United States of America
drew@physics.umd.edu
Alessandro BARTOLONI
Istituto Nazionale di Fisica Nucleare
Sezione di Roma
Piazzale Aldo Moro 2
I-00185 Roma
Italy
alessandro.bartoloni@roma1.infn.it
Daniel BAUMEISTER
Ruprecht-Karls-Universität
Institut für Hochenergiephysik
Schroederstrasse 90
D-69120 Heidelberg
Germany
baumeis@asic.uni-heidelberg.de
Wim BEAUMONT
Universiteit Atwerpen
Universteitsplein 1
B-2610 Wilrijk (Antwerpen)
Belgium
wim.beaumont@ua.ac.be
Roberto BECCHERLE
Istituto Nazionale di Fisica Nucleare
Sezione di Genova
Via Dodecaneso, 33
I-16146 Genova
Italy
Roberto.Beccherle@ge.infn.it
450
Kenneth BELL
Rutherford Appleton Laboratory
Chilton
Didcot
Oxfordshire OX11 0QX
United Kingdom
Ken.Bell@cern.ch
Gérard BOHNER
Laboratoire de Physique Corpusculaire
IN2P3/CNRS
Université Blaise Pascal
F-63177 Aubiere Cedex
France
bohner@clermont.in2p3.fr
Svante BERGLUND
Stockholm University
Department of Physics
SCFAB
Roslagsbacken 21
SE-106 91 Stockholm
Sweden
svan@physto.se
Nikolay BONDAR
Petersburg Nuclear Physics Institute
RU-118 350 Gatchina (St.Petersburg)
Russia
bondar@fnal.gov
Kerry BERNSTEIN
STSM, IBM Server Technology
863K, 1000 River Rd
Essex Jct, VT 05452
United States of America
kbernste@us.ibm.com
Valerio BOCCI
Istituto Nazionale di Fisica Nucleare
Sezione di Roma
Piazzale Aldo Moro 2
I-00185 Roma
Italy
Valerio.Bocci@roma1.infn.it
Peter BODÖ
ACREO AB
Bredgatan 34
SE-602 21 Norrköping
Sweden
peter.bodo@acreo.se
Christian BOHM
Stockholm University
Department of Physics
SCFAB
Roslagsbacken 21
SE-106 91 Stockholm
Sweden
bohm@physto.se
Walter BONIVENTO
CERN
CH-1211 Geneva 23
Switzerland
walter.bonivento@cern.ch
Joel BOVIER
Creative Electronic Systems SA
38 avenue Eugène-Lance
PO Box 584
CH-1212 Grand-Lancy 1
Switzerland
joel@ces.ch
Ian BRAWN
Rutherford Appleton Laboratory
Chilton
Didcot
Oxfordshire OX11 0QX
United Kingdom
ian.brawn@rl.ac.uk
Horst BRETTEL
Max-Planck Institut Für Physik
Föhringer Ring 6
D-80805 München
Germany
brettel@mppmu.mpg.de
Maria Teresa BRUNETTI
INFN Sez. Di Perugia
Via A. Pascoli
I-06123 Perugia
Italy
mariateresa.brunetti@pg.infn.it
451
Helfried BURCKHART
CERN
CH-1211 Geneva 23
Switzerland
Helfried.Burckhart@cern.ch
Giovanni CERVELLI
CERN
CH-1211 Geneva 23
Switzerland
giovanni.cervelli@cern.ch
Michael BURNS
CERN
CH-1211 Geneva 23
Switzerland
michael.burns@cern.ch
Gabriele CHIODINI
Fermilab
P.O. Box 500
Batavia, IL 60510-0500
United States of America
chiodini@fnal.gov
Michael CAMPBELL
CERN
CH-1211 Geneva 23
Switzerland
Michael.Campbell@cern.ch
Kerem CANKOCAK
Middle East Technical University
Physics Department
TR-06531 Ankara
Turkey
Ckerem@mu.edu.tr
Per CARLSON
Department of Physics
Royal Institute of Technology
Frescativägen 24
SE-104 05 Stockholm
Sweden
carlson@particle.kth.se
Enzo CARRONE
CERN
CH-1211 Geneva 23
Switzerland
Enzo.Carrone@cern.ch
Jose CASTELO
Instituto de Física Corpuscular (IFIC)
Universidad de València
Avenida Dr. Moliner 50
ES-46100 Burjassot (Valencia)
Spain
Jose.Castelo@ific.uv.es
Peter CHOCHULA
CERN
CH-1211 Geneva 23
Switzerland
Peter.Chochula@cern.ch
Selcuk CIHANGIR
Fermilab
P.O. Box 500
Batavia, IL 60510-0500
United States of America
selcuk@fnal.gov
Wilfred CLELAND
University of Pittsburgh
Department of Physics and Astronomy
3941 O'Hara Street
Pittsburgh, Pennsylvania 15260
United States of America
cleland@pitt.edu
Philippe CROS
Laboratoire de l'Accélérateur Linéaire
B.P. 34
F-91898 ORSAY Cedex
France
Cros@lal.in2p3.fr
Jose DA SILVA
Laboratório de Instrumentação
e Física Experimental de Partículas
Avenida Elias Garcia, 14-1
P-1000 Lisboa
Portugal
jc.silva@cern.ch
452
Ian DAWSON
Department of Physics
University of Sheffield
Hicks Building
Sheffield S3 7RH
United Kingdom
Ian.Dawson@cern.ch
Daniel DZAHINI
Institut des Sciences Nucléaires
Université de Grenoble
53, Avenue des Marthyrs
F-38026 Grenoble CEDEX
France
dzahini@isn.in2p3.fr
John DAWSON
Argonne National Laboratory
High Energy Physics
Bldg. 362
9700 south Cass Avenue,
Argonne, Illinois 60439
United States of America
jwd@hep.anl.gov
Mathias EKLUND
XCounter AB
Svärdvägen 11
SE-182 33 Danderyd
Sweden
Mathias.eklund@xcounter.se
Arie Paul DE HAAS
NIKHEF
Princetonplein 4
P.O. box 80.000
NL-3508 TA Utrecht
The Netherlands
a.p.dehaas@phys.uu.nl
Christophe de la TAILLE
Laboratoire de l'Accélérateur Linéaire
B.P. 34
F-91898 ORSAY Cedex
France
taille@lal.in2p3.fr
Martin DENTAN
CERN
CH-1211 Geneva 23
Switzerland
Martin.Dentan@cern.ch
Zdenek DOLEŽAL
Charles University
IPNP
V Holesovickách 2
CZ-180 00 Praha
Czech Republic
Zdenek.Dolezal@mff.cuni.cz
Nicolas ELLIS
CERN
CH-1211 Geneva 23
Switzerland
n.ellis@cern.ch
Jos ENGELEN
NIKHEF
Kruislaan 409
NL-1098 SJ Amsterdam
The Netherlands
engelen@nikhef.nl
Daniel ERIKSSON
Stockholm University
SCFAB
Roslagsbacken 21
SE-106 91 Stockholm
Sweden
Daniel740@yahoo.com
John EVANS
CERN
CH-1211 Geneva 23
Switzerland
John.Evans@cern.ch
Philippe FARTHOUAT
CERN
CH-1211 Geneva 23
Switzerland
philippe.farthouat@cern.ch
453
Grigori FEOFILOV
St. Petersburg State University
Ulyanovskaya str 1
RU-198904 St Petersburg
Russia
feofilov@hiex.niif.spb.su
Robert GOORENS
Institute for High Energies ULB-VUB
Pleinlaan 2
B-1050 Brussels
Belgium
goorens@hep.iihe.ac.be
Fabio FORMENTI
CERN
CH-1211 Geneva 23
Switzerland
fabio.formenti@cern.ch
Hubert GORKE
KFA Jülich
Postfach 19 13
D-52405 Jülich
Germany
h.gorke@fz-juelich.de
Chikara FUKUNAGA
Tokyo Metropolitan University
1-1 Minami-Osawa,
Hachioji
Tokyo 192-0397
Japan
fukunaga@wsc.metro-u.ac.jp
Giovanni GRIECO
Marketing Division, CAEN SpA
Via Vetraia 11
I-55049 Viareggio
Italy
grieco@caen.it
Per GÄLLNÖ
CERN
CH-1211 Geneva 23
Switzerland
per.gallno@cern.ch
Zbigniew GUZIK
Soltan Institute for Nuclear Studies
PL-05-400 Swierk-Otwock
Poland
zbig@ipj.gov.pl
Karl GILL
CERN
CH-1211 Geneva 23
Switzerland
karl.gill@cern.ch
Frezghi HABTE
Stockholm University
Department of Physics
SCFAB
Roslagsbacken 21
SE-106 91 Stockholm
Sweden
Habte@physto.se
Abram GOLDCHER
SUE, State unitary enterprise
Science and Technology Enterprise “Pulsar”
Moscow, Okruzhnoy proezd, 27
Russia, 105187
pulsar@dolru
Franco GONELLA
Universita di Padova
INFN Sez. di Padova
Via F. Marzolo, 8
I-35131 Padova
Italy
franco.gonella@pd.infn.it
Bjorn HALLGREN
CERN
CH-1211 Geneva 23
Switzerland
bjorn.hallgren@cern.ch
Magnus HANSEN
CERN
CH-1211 Geneva 23
Switzerland
magnus.hansen@cern.ch
454
Eric HAZEN
Boston University
Physics Department
590 Commonwealth Avenue
Boston MA 02215
United States of America
hazen@bu.edu
Yasuaki ISHIDA
Tokyo Metropolitan University
Minami-Ohsawa 1-1
Hachioji-shi
Tokyo 192-03
Japan
ishida@comp.metro-u.ac.jp
Eric HEINE
NIKHEF
41882,
NL-1009 DB Amsterdam
The Netherlands
erichn@nikhef.nl
Richard JACOBSSON
CERN
CH-1211 Geneva 23
Switzerland
Richard.Jacobsson@cern.ch
Werner HINDERER
University of Heidelberg
Kirchoff-Institut für Physik
D-69120 Heidelberg
Germany
hinderer@kip.uni-heidelberg.de
Kerstin JON-AND
Stockholm University
Department of Physics SCFAB
Roslagsbacken 21
SE-106 91 Stockholm
Sweden
ker@physto.se
Christine HU
IReS
23, rue du Loess
F-67037 Strasbourg Cedex 2
France
christine.hu@ires.in2p3.fr
Pedja JOVANOVIC
The University of Birmingham
School of Physics and Astronomy
Birmingham, B15 2TT
United Kingdom
p.jovanovic@bham.ac.uk
Christian IACOBAEUS
Karolinska Institutet
Medical Radiation Physics
Box 260
SE-171 76 Stockholm
Sweden
christian@radfys.ks.se
Jan KAPLON
CERN
CH-1211 Geneva 23
Switzerland
jan.kaplon@cern.ch
Masahiro IKENO
KEK
1-1 Oho
Ibaraki-Ken
Tsukuba 305-0801
Japan
ikeno@post.kek.jp
Waclaw KARPINSKI
Physikalisches Institut RWTH
Physikzentrum
Sommerfeldst.26-28
D-52074 Aachen
Germany
Karpinski@physik.rwth-aachen.de
Andras KEREK
KTH
SCFAB
Roslagsbacken 21
SE-106 91 Stockholm
Sweden
kerek@nuclear.kth.se
455
Susanne KERSTEN
University of Wuppertal
Physics Department
Postfach 10 01 27
Gaußstrasse 20
D-42119 Wuppertal
Germany
susanne.kersten@cern.ch
Niclas KESKITALO
Ericsson radio Systems Gävle
Box 6206
SE-62006 Gävle
Sweden
niclas.keskitalo@rsa.ericsson.se
Jonas KLEREBORN
SCFAB
Roslagsbacken 21
SE-106 91 Stockholm
Sweden
klere@physto.se
Konstantinos KLOUKINAS
CERN
CH-1211 Geneva 23
Switzerland
Kostas.Kloukinas@cern.ch
Alexander KLUGE
CERN
CH-1211 Geneva 23
Switzerland
alexander.kluge@cern.ch
Ruud KLUIT
NIKHEF
P.O. Box 41882
NL-1009 DB Amsterdam
The Netherlands
r.kluit@nikhef.nl
Peter KODYS
Charles University
V Holesovickách 2
CZ-180 00 Praha
Czech Republic
peter.kodys@mff.cuni.cz
Jacques LECOQ
IN2P3
L.P.C. Clermont Ferrand
F-63177 Aubière
France
lecoq@clermont.in2p3.fr
Vito LENTI
INFN
Via Amendola 173
I-70126 Bari
Italy
vito.lenti@ba.infn.it
Michael LETHEREN
CERN
CH-1211 Geneva 23
Switzerland
Michael.Letheren@cern.ch
Peter LICHARD
CERN
CH-1211 Geneva 23
Switzerland
peter.lichard@cern.ch
Flavio LODDO
INFN
Via Amendola 173
I-70126 Bari
Italy
flavio.loddo@ba.infn.it
Bo LOFSTEDT
CERN
CH-1211 Geneva 23
Switzerland
b.lofstedt@cern.ch
Bengt LUND-JENSEN
KTH, Physics Dept.
SCFAB
Roslagsbacken 21
SE-106 91 Stockholm
Sweden
Lund@particle.kth.se
456
Jean-Robert LUTZ
IReS Strasbourg
23, rue du Loess
F-67037 Strasbourg Cedex 2
France
Jean-Robert.Lutz@ires.in2p3.fr
Mikhail MATVEEV
Rice University
MS 315 6100 Main Street
Houston TX 77005
United States of America
matveev@physics.rice.edu
Alexander MADORSKY
University of Florida/Physics
Museum rd & NS dr
Gainesville, FL, 32606
United States of America
madorsky@phys.ufl.edu
Giovanni MAZZA
INFN sez. di Torino
Via P. Giuria 1
I-10125 Torino
Italy
mazza@to.infn.it
Guido MAGAZZU
INFN - Sezione di Pisa
Via Livornese 1291
S. Piero a Grado
I-56010 Pisa
Italy
guido.magazzu@pi.infn.it
Jozsef MOLNAR
Institute of Nuclear Research
Bem-ter 18/c
HR-4026 Debrecen
Hungary
jmolnar@atomki.hu
Gilles MAHOUT
University of Birmingham
School of Physics and Astronomy
Edgbaston, Birmingham B15 2TT
United Kingdom
gm@hep.ph.bham.ac.uk
Yoshio NAKAMURA
ICEPP
University of Tokyo
7-3-1 Hongo Bunkyo-ku
Tokyo 113-0033
Japan
yoshio@icepp.s.u-tokyo.ac.jp
Piotr MALECKI
Institute of Nuclear Physics Krakow
ulica Kawiory 26A
PL-30 055 Kraków
Poland
Piotr.Malecki@ifj.edu.pl
Tomasz NAKIELSKI
Warsaw University of Technology
Pl. Politechniki 1
PL-00-661 Warsaw
Poland
tnakiels@poland.com
Gisele MARTIN-CHASSARD
Laboratoire de l'Accélérateur Linéaire
B.P. 34
F-91898 ORSAY Cedex
France
martin@lal.in2p3.fr
Fabrizio ODORICI
INFN Bologna
via Irnerio 46
I-40127 Bologna
Italy
Fabrizio.Odorici@bo.infn.it
Stanley MATTSSON
Saab Ericsson Space AB
SE-40515 Goteborg
Sweden
stanley.mattsson@space.se
C.J. OSKAMP
Nikhef-Utrecht
Princetonplein 4
P.O. box 80.000
NL-3508 TA Utrecht
The Netherlands
c.j.oskamp@phys.uu.nl
457
Kenneth OSTERBERG
CERN
CH-1211 Geneva 23
Switzerland
kenneth.osterberg@cern.ch
Attila RACZ
CERN
CH-1211 Geneva 23
Switzerland
attila.racz@cern.ch
Mark PEARCE
KTH Physics Dept. SCFAB
Roslagsbacken 21
SE-106 91 Stockholm
Sweden
pearce@particle.kth.se
Veljko RADEKA
Brookhaven National Laboratory
PO Box 5000
Upton, Ny 11973-5000
United States of America
radeka@bnl.gov
Manfred PERNICKA
Institut für Hochenergiephysik
Nikolsdorfer Gasse 18
A-1050 Wien
Austria
pernicka@hephy.oeaw.ac.at
Magnus RAMSTEDT
Stockholm University
Department of Physics SCFAB
Roslagsbacken 21
SE-106 91 Stockholm
Sweden
mank@physto.se
Fulvio POMPILI
INFN Frascati National Laboratories
Via E. Fermi,40
I-00044 Frascati (Rome)
Italy
fpompili@lnf.infn.it
Christoph POSCH
Boston University
590 Commonwealth Avenue
Boston, Ma 02215
United States of America
christoph.posch@cern.ch
Martin POSTRANECKY
UCL Dept.of Physics
Gower Street
London WC1E 6BT
United Kingdom
mp@hep.ucl.ac.uk
Stephen QUINTON
Rutherford Appleton Laboratory
Chilton
Didcot
Oxfordshire OX11 0QX
United Kingdom
S.P.H.Quinton@rl.ac.uk
Antonio RANIERI
INFN Sezione di Bari
Via Amendola 173
I-70126 Bari
Italy
ranieri@ba.infn.it
Dominik RESSING
DESY
Notkestrasse 85
D-22603 Hamburg
Germany
Dominik.Ressing@desy.de
Robert RICHTER
Max-Planck-Institut für Physik
Werner-Heisenberg-Institut
Föhringer Ring 6
D-80805 München
Germany
Robert.Richter@cern.ch
Angelo RIVETTI
Istituto Nazionale di Fisica Nucleare
Sezione di Torino
Via Pietro Giuria, 1
I-10125 Torino
Italy
rivetti@to.infn.it
458
Paulo RODRIGUES S. MOREIRA
CERN
CH-1211 Geneva 23
Switzerland
Paulo.Moreira@cern.ch
Stefan RYDSTRÖM
KTH Physics Dept. SCFAB
Roslagsbacken 21
SE-106 91 Stockholm
Sweden
Stefan@particle.kth.se
Jean-Michel SAINSON
CERN
CH-1211 Geneva 23
Switzerland
J-M.Sainson@cern.ch
Andrea SALAMON
INFN sez Roma II
C/o Dipartimento di Fisica
Universita degli Studi di Roma “La Sapienza”
P. le Aldo Moro, 2
I-00185 Roma
andrea.salamon@roma2.infn.it
Osamu SASAKI
KEK
1-1 Oho Machi
Tsukuba-shi
Ibaraki-Ken 305-0801
Japan
osamu.sasaki@kek.jp
Bernhard SCHWINGENHEUER
Max-Planck-Institute
Saupfercheckweg 1
D-69117 Heidelberg
Germany
B.Schwingenheuer@mpi-hd.mpg.de
Peter SHARP
CERN
CH-1211 Geneva 23
Switzerland
Peter.Sharp@cern.ch
Samuel SILVERSTEIN
Stockholm University
Department of Physics SCFAB
Roslagsbacken 21
SE-106 91 Stockholm
Sweden
silver@physto.se
Nigel John SMALE
Universtiy of Oxford
Nuclear Physics Bld Keble Road
Oxford, Oxfordshire OX1 3RH
United Kingdom
n.smale1@physics.ox.ac.uk
Wesley SMITH
University of Wisconsin
Physics Department
1150 University Ave.
Madison WI 53706- 1390
United States of America
wsmith@hep.wisc.edu
Fukun TANG
Enrico Fermi Institute
University of Chicago
5640 South Ellis Avenue
Chicago, Illinois 60637
United States of America
tang@mentor.uchicago.edu
Thomas TAYLOR
CERN
CH-1211 Geneva 23
Switzerland
Thomas.Taylor@cern.ch
Jose TORRES
Universidad de Valencia
Dept. Ingenieria Electronica.
C/. Dr. Moliner 50
SP-46100 Burjassot, Valencia
jose.torres@uv.es
Riccardo TRAVAGLINI
INFN - Bologna
via Irnerio 46
I-40127 Bologna
Italy
Travaglini@bo.infn.it
459
Jan TROSKA
CERN
CH-1211 Geneva 23
Switzerland
jan.troska@cern.ch
Ulrich TRUNK
Max-Planck-Institute fur Nuclear Physics
Saupfercheckweg 1
D-69117 Heidelberg
Germany
trunk@kip.uni-heidelberg.de
Miguel ULLAN
Instituto de Microelectronica de Barcelona
Centro Nacional de Microelectrónica.
Campus Universidad Autónoma
S-08193 Bellaterra (Barcelona)
Miguel.Ullan@cnm.es
Erik VAN DER BIJ
CERN
CH-1211 Geneva 23
Switzerland
Erik.van.der.Bij@cern.ch
Jeroen VAN HUNEN
CERN
CH-1211 Geneva 23
Switzerland
jeroen.van.hunen@cern.ch
Riccardo VARI
Istituto Nazionale di Fisica Nucleare
Piazzale Aldo Moro 2
I-00185 Roma
Riccardo.Vari@roma1.infn.it
Gert M. VIERTEL
ETH-ZURICH
Rämistrasse 101
CH - 8006 Zurich
viertel@particle.phys.ethz.ch
Leonid VINOGRADOV
St. Petersburg State University
1, Ulyanovskaya Street
RU-198904 St. Petersburg
Russia
vinograd@hiex.phys.spbu.ru
Vyacheslav VINOGRADOV
Institute for Nuclear Research (INR
Russian Academy of Sciences
60th Oct. Anniversary Prospekt 7A
RU-117 312 Moscow
Russia
vin@troitsky.ru
Achim VOLLHARDT
Physics Institute
University of Zurich
Winterthurerstrasse 190
CH-8057 Zurich
Switzerland
avollhar@physik.unizh.ch
Vincent VUILLEMIN
CERN
CH-1211 Geneva 23
Switzerland
Vincent.Vuillemin@cern.ch
Anthony WEIDBERG
Nuclear Physics Laboratory
Oxford University
Keble Road
Oxford OX1 3RH
United Kingdom
t.weidberg@physics.ox.ac.uk
Sergio ZIMMERMANN
Fermilab
P.O. Box 500
Batavia, IL 60510-0500
United States of America
zimmer@fnal.gov
460
461
IIN
ND
DE
EX
X
A
Achenbach,R. ......... 253, 258, 263
Acosta,D. ............................... 243
Adinolfi,M. ............................ 150
Agapito,J.A. ........................... 117
Ahabaev,B.A. ........................ 409
Ahlen,S. ................................. 199
Alfke,P. .................................... 25
Allongue,B. ............................ 353
Almeida,N.............................. 331
Anagnostou,G. ....... 253, 258, 263
Andresen,J. .............................. 62
Anelli,G. ...................... 81, 85, 95
Antchev,G. ............................. 321
Antinori,F. ................... 71, 85, 95
Antonio,V. ............................. 331
Apostologlou,P. ..... 253, 258, 263
Appel,J.A. .................. 62, 67, 101
Arai,Y. ................................... 185
Artamonov,A.S. ..................... 409
Arteche,F. .............................. 353
Aspell,P. ................................ 295
Atamanchuk,A. ...................... 243
Atkin,E................................... 440
B
Baden,A. ................................ 347
Baksay,L. ............................... 132
Ban,J. ....................................... 95
Banicz,K. ................................. 85
Barnett,B.M. .......... 253, 258, 263
Barney,D. ............................... 295
Barr,A. ................................... 104
Barradas,N.P. ......................... 117
Bartoloni,A. ........................... 358
Bauer,C. ................................... 57
Baumeister,D. .................... 52, 57
Bauss,B. ................. 253, 258, 263
Bayer,C. ................................. 396
Beccherle,R............................ 109
Bencze,Gy.L. ......................... 132
Berglund,S. ............................ 305
Bernstein,K. ............................... 8
Berry,S. .................................. 396
Berst,J-D. ................................. 76
Bibby,J. .................................. 150
Bilei,G.M. .............................. 165
Bloch,P. ................................. 295
Bocci,V. ................. 137, 248, 268
Bohm,C. . 179, 253, 258, 263, 305
Bohm,J. .................................. 363
Bohner,G................................ 300
Bondar,N........................ 190, 195
Bonivento,W. ......................... 209
Bonneau,P. .............................396
Bonnet,D. .................................76
Bosteels,M..............................396
Boterenbrood,H. ............. 325, 334
Brawn,I.P. .............. 253, 258, 263
Brettel,H. ................................309
Bright-Thomas,P. ... 253, 258, 263
Brogna,A. .................................76
Brož,J. ....................................422
Bruinsma,M. ...........................436
Brunel,L. ................................132
Brunetti,M.T...........................165
Burckhart,H.J. ................ 325, 334
Burns,M........................ 71, 85, 95
Buttar,C. .................................412
Butterworth,J. .........................222
C
Cachemiche,J.P. .....................145
Cachero,A.H. ..........................117
Caliandro,R. .............................85
Campbell,M. ........... 11, 71, 85, 95
Cano,E. ...................................321
Cardeira,F.M. .........................117
Cardoso,G. ......................... 62, 67
Carletti,M. ..............................137
Carrone,E. ..............................342
Carter,A.A. .............................104
Carter,J.R. ..............................104
Casas,J. ...................................117
Caselle,M. .......................... 71, 85
Castelo,J. ................................314
Ceccotti,F. ..............................165
Čechák,T. ...............................422
Cervelli,G. ...................... 145, 155
Charlton,D.G. .........................169
Checcucci,B. ..........................165
Chen,H. ..................................429
Chesi,E. ....................................90
Chiodi,G. ........................ 137, 268
Chiodini,G. ................. 62, 67, 101
Chlopik,A. ...................... 227, 232
Chochula,P. .................. 71, 85, 95
Chren,D. .................................422
Christian,D. ................ 62, 67, 101
Christiansen,J. ........................145
Chu,M-L. ........................ 169, 174
Chumney,P. ............................238
Cihangir,S. .............................101
Cindro,V. ................................363
Citterio,M. ..............................429
Cittolin,S. ...............................321
Clark,J.A. .................................90
Claus,G. ....................................76
Coffin,J-P. ................................76
Coli,S. ....................................368
Colledani,C. ............................. 76
Coluccia,M.R. .......................... 67
Cook,J. ................................... 334
Cornat,R. ................................ 300
Correia,A. .............................. 331
Cwienk,W.D. ......................... 309
D
Da Silva,J ............................... 331
Dabrowski,W. .......................... 90
Dallavalle,G.M. ............. 127, 278
Damerell,G. ........................... 150
Dasu,S. ................................... 238
Daudo,F. ................................ 368
Dawson,I. ............................... 412
Dawson,J.W. .......................... 215
De Haas,A.P ............................ 47
de la Taille,C.......................... 289
Deptuch,G. ............................... 76
di Lodovico,F......................... 238
Di Marco,S. ........................... 268
Di Mattia,A. ........................... 248
Dinapoli,R. .................. 71, 85, 95
Dokuchaev,Y ......................... 440
Doležal,Z. ...................... 104, 422
Dorfan,D. ............................... 122
dos Santos,F. .......................... 209
Dowell,J.D. ............................ 169
Dubbs,T. ................................ 122
Dufey,J-P. .............................. 282
Dzahini,D. .............................. 418
E
Easo,S. ..................................... 85
Edwards,J............... 253, 258, 263
Efimov,L. ....................... 217, 273
Eisenhandler,E. ...... 253, 258, 263
Eklund,L. ....................... 104, 363
Elia,D. ...................................... 85
Elliot-Peisert,A. ..................... 295
Emura,T. ................................ 185
Erhan,S. ................................. 321
Eriksson,D. ............................ 179
Evans,J ................................... 401
F
Faccio,F. ................................ 145
Fent,J. .................................... 309
Fenyvesi,A. ............................ 132
Feofilov,G. ..................... 273, 368
Ferguson,T. .................... 190, 195
Fernandes,A.P ........................ 117
Ferrere,D. ................................. 90
Feuerstack-Raible,M. ......... 52, 57
Filimonov,V. .......................... 334
462
Flammer,J. ............................. 436
Fleckenstein,H. ...................... 436
Formenti,F. .................. 71, 85, 95
Francis,D.J. ............................ 215
Franco,F.J. ............................. 117
Fukunaga,C. ................... 391, 432
Funk,W. ................................. 321
G
Gadomski,S............................ 363
Galagedera,S.B. ..................... 169
Gällnö,P. ................................ 424
Garvey,J. ................ 253, 258, 263
Gee,C.N.P. ............. 253, 258, 263
Gennari,E. ...................... 137, 268
Gibson,V. ............................... 150
Gigi,D. ................................... 321
Gilchriese,M. ......................... 122
Gill,K. ............................ 160, 174
Gillman,A.R........... 253, 258, 263
Giraudo,G. ............................. 368
Girone,M.................................. 85
Gläss,J. ................................... 436
Glege,F. ................................. 321
Go,A. ............................. 174, 295
Godisov,O. ............................. 368
Gojak,C. ................................... 76
Goldsher,A. ............................ 440
Golovtsov,V. .......................... 243
Golyash,A. ..................... 190, 195
Gomes,P. ................................ 117
Goncalves,I.C. ....................... 117
Gonella,F. .............................. 204
Gonzalez,V. ........................... 314
Gornicki,E.............................. 363
Grabit,R. ........................ 160, 174
Gras,P. ................................... 321
Grassi,T. ................................ 347
Grillo,A.A. ..................... 122, 363
Gromov,V. ............................... 47
Gröpl,A. ................................. 436
Grosse-Knetter,J. ................... 363
Gutleber,J. .............................. 321
Guzik,Z. ......................... 227, 232
Gys,T. ...................................... 85
H
Haberichter,W.N. ................... 215
Hähnel,C. ............................... 436
Hall,B.K. .................................. 62
Hallewell,G. ........................... 396
Hallgren,B.............................. 334
Hallgren,B.............................. 325
Hanke,P. ................ 253, 258, 263
Harnew,N. .................. 52, 57, 150
Hasuko,K. .............................. 391
Hatley,R. ................ 253, 258, 263
Hayes,D. ................................ 222
Hazen,E.......................... 199, 347
Hedberg,M. ............................174
Hellman,S. .............. 253, 258, 263
Hill,J.C. ..................................104
Hillier,S. ................. 253, 258, 263
Hinderer,W. ............ 253, 258, 263
Hoff,J.................................. 62, 67
Hofmann,W. ....................... 52, 57
Homer,R.J. .............................169
Horaždovský,T. .............. 104, 422
Hu-Guo,C. ................................76
I
Ichimiya,R. .............................391
Idzik,M. ..................................445
Igolkin,S. ................................368
Ikeno,M. ......................... 391, 432
Imhäuser,M. ...........................396
Ishida,Y. ......................... 391, 432
L
Lacasta,C. ................................ 90
Lackey,J. ................................ 238
Landon,M.P.J......... 253, 258, 263
Lane,J..................................... 222
Lanni,F................................... 429
Lecoq,J................................... 300
Lee,S.C. ................................. 169
Leite,M.A.L. .......................... 429
Lenti,V. .................... 85, 217, 273
Leroy,C. ................................. 422
Llosa,G. ................................. 104
Löchner,S. .......................... 52, 57
Lofstedt,B. ............................. 295
Lozano,J........................... 90, 117
Lozano,M. .............................. 122
Luptak,M. .......................... 85, 95
Lutz,J-R. .................................. 76
Lyapin,V. ............................... 273
J
Jacobs,C. ................................321
Jacobsson,R. ........... 227, 232, 282
Jakobs,K. ................ 253, 258, 263
Jarron,P. .................................209
Jaworski,M. ............................238
Jayananda,K. .................. 253, 258
Jon-And,K. ..................... 179, 305
Jost,B. ............................. 227, 282
Jovanovic,P. ...........................169
Jusko,A. ....................................85
K
Kaiser,D. ................ 253, 258, 263
Kano,H. ..................................391
Kaplon,J. ..................................90
Katvars,S. ...............................150
Kersten,S. ...............................396
Kind,P. ...................................396
Klereborn,J. .................... 179, 305
Kloukinas,K. ..........................295
Kluge,A. ............... 71, 85, 95, 145
Kluge,E-E. .............. 253, 258, 263
Kluit,R. .....................................47
Klusoň,J..................................422
Knöpfle,K-T. ...................... 52, 57
Kodyš,P. ......................... 104, 422
Kondratiev,V. .........................273
Koperny,S. .............................363
Kramberger,G.........................363
Krivda,M. ........................... 85, 95
Kuijer,P. .................................368
Kundu,N. ................................169
Kurashige,H. ..........................391
Kurumisawa,Y. ......................185
Kvedalen,H. ...........................325
Kwan,S. ...................... 62, 67, 101
M
Machado,P. ............................ 331
Macpherson,A........................ 363
Macwaters,C.P. ...................... 169
Madorsky,A. .......................... 243
Magazzu,G. ............................ 338
Mahout,G. ...... 169, 253, 258, 263
Malecki,P. .............................. 363
Mandic,I................................. 363
Männer,R. .............................. 436
Manzari,V. ............................... 85
Marchioro,A. ......... 145, 155, 338
Marques,J.G. .......................... 117
Martinez,M.I. ........................... 81
Martos,J. ................................ 314
Matheson,J. ............................ 169
Mattsson,S. .............................. 32
Matveev,M. .................... 375, 379
Mazza,G........................... 81, 445
McMahon,T.J......................... 169
Meddi,F. ...................... 71, 85, 95
Meier,K. ................. 253, 258, 263
Meijers,F. ............................... 321
Mekkaoui,A. ...................... 62, 67
Menoui,M. ............................. 145
Meschi,E. ............................... 321
Michetti,A. ............................. 436
Mikuz,M. ............................... 363
Mills,D. .................. 253, 258, 263
Mizouchi,K. ........................... 391
Molnár,J. ................................ 132
Molnár,L. ............................... 132
Montanari,A. .................. 127, 278
Moorhead,G.F. ....................... 104
Moraes,A. .............................. 412
Moraes,D. .............................. 209
Moreira,P. .............. 145, 155, 338
Morel,M. ...................... 71, 85, 95
Morrissey,M. ................. 169, 363
463
Moyse,E. ................ 253, 258, 263
N
Nakamura,Y. .......................... 391
Neufeld,N. ............................. 282
Newsom,C. ............................ 101
Nikiforov,A.Y. ....................... 406
Nöding,C................ 253, 258, 263
Nooren,G-J. ........................... 368
Nörenberg,M.......................... 436
Novak,D. ................................ 132
Nussbaum,T. .......................... 379
O
Oberlack,H. ............................ 309
Odorici,F. ....................... 127, 278
Oliver,J. ................................. 199
Orsini,L. ................................. 321
P
Padley,P. ........................ 375, 379
Palomares,C. .......................... 295
Paz,A. .................................... 117
Pegoraro,M. ........................... 204
Perera,V.J.O. .......... 253, 258, 263
Pernack,R. .............................. 436
Pernegger,H. .......................... 363
Perret,P. ................................. 300
Petrolo,E. ............... 137, 248, 268
Pfeiffer,U. .............. 253, 258, 263
Phillips,P.W. .................. 104, 363
Pimenta dos Santos,M. .......... 396
Polak,I. ................................... 363
Pollet,L. ................................. 321
Posch,C. ................................. 199
Pospišil,S. .............................. 422
Postolache,V. ......................... 165
Postranecky,M. ...................... 222
Prata,M.J. ............................... 117
Pszota,G. ................................ 132
R
Racz,A. .................................. 321
Radeka,V. ........................ 17, 429
Raics,P. .................................. 132
Ramalho,A.J.G. ..................... 117
Ramstedt,M.................... 179, 305
Razmyslovich,B. .................... 243
Rescia,S. ................................ 429
Ressing,D. .............................. 436
Reygadas,F. ........................... 101
Reynaud,S. ............................. 295
Reznicek,P. ............................ 104
Ricci,D. .................................. 165
Riedler,P. ..................... 71, 85, 95
Riegler,W. .............................. 209
Riggi,F. .................................... 85
Riu,I. ...................................... 436
Rivetta,C. ...............................353
Rivetti,A. .......................... 81, 445
Roberts,J. ................................379
Robl,P.....................................238
Robson,A................................104
Rodriguez Ruiz,M.A. .............117
Roe,S. .......................................90
Rohlf,J. ...................................347
Rotondo,F. ........................ 81, 445
Rudge,A. .......................... 90, 169
S
Sainson,J-M............................401
Sakamoto,H. ...........................391
Salamon,A. ............. 137, 248, 268
Samyn,D. ................................321
Sanchis,E. ...............................314
Santocchia,A. .........................165
Santos,J.P. ..............................117
Sasaki,O. ........................ 391, 432
Schacht,P. ...............................309
Schäfer,U................ 253, 258, 263
Schipper,J.D. ............................47
Schleifer,W. ...........................321
Schlereth,J.L. ..........................215
Schmelling,M. .................... 52, 57
Schmitt,K. .............. 253, 258, 263
Schumacher,C. ....... 253, 258, 263
Schwick,C. .............................321
Schwingenheuer,B. .......... 40, 436
Scurlock,B. .............................243
Sedov,V. ......................... 190, 195
Seiden,A. ................................122
Selldén,S. ...............................305
Sexauer,E. .......................... 52, 57
Shah,A.A. ............... 253, 258, 263
Shah,T.P. ................ 253, 258, 263
Silverstein,S. .......... 253, 258, 263
Skorobogatov,P.K. ......... 406, 409
Skubic,B. ................................169
Smale,N. ..................... 52, 57, 150
Smith,N.A. .............................363
Smith,W.H. ............................238
Snoeys,W. .................... 71, 85, 95
Somov,A ................................436
Sopko,B. .................................422
Spencer,E. ...................... 122, 363
Sphicas,P. ...............................321
Spieler,H. ...............................122
Staley,R. ................. 253, 258, 263
Stastny,J. ................................363
Stefanini,G. .................. 71, 85, 95
Stekl,I. ....................................104
Stelzer,B. ................ 253, 258, 263
Stokes,W. ............... 253, 258, 263
Stolyarov,O. ...........................273
Swichev,A. .............................368
Szabó,Zs. ................................132
Szczygiel,R. .............................90
Szoncso,F. ..............................353
T
Takahata,N. ............................ 432
Takai,H. ................................. 429
Talbot,S. ................ 253, 258, 263
Tanaka,K. ...................... 391, 432
Tarchini,A. ............................... 76
Taylor,T. .................................... 3
Teixeira,I. .............................. 331
Teng,P.K. ............................... 169
Terentiev,N. ................... 190, 195
Thomas,J. ............... 253, 258, 263
Timmer,P. ................................ 47
Toifl,T.................................... 145
Topp-Jorgensen,S. ................. 150
Torralba,G. ............................ 314
Torres,J. ................................. 314
Torromeo,G. .......................... 127
Tosello,F. ......................... 81, 368
Travaglini,R. .................. 127, 278
Tripathi,M. ............................. 379
Troska,J. ........................ 160, 174
Trouilleau,C. .......................... 300
Trunk,U. ............................ 52, 57
Trzaska,W.H. ......................... 273
Tsimbal,F. .............................. 273
Tsvetkov,A. ........................... 422
Tulina,T. ................................ 273
Turala,M. ............................... 363
Tzoulis,N. .............................. 295
U
Ullán,M. ................................. 122
Unno,Y. ................................. 104
Uvarov,L. ............................... 243
Uwer,U. ................................. 436
V
Vacek,V. ................................ 396
Valiev,F. ................................ 273
van Bakel,N. ...................... 52, 57
van den Brand,J. ................ 52, 57
van den Brink,A. .................... 368
van Hunen,J.J............... 71, 85, 95
Varela,F. ................................ 334
Varela,J. ................................. 331
Vari,R. ................... 137, 248, 268
Vasey,F. ................. 155, 160, 174
Veneziano,S. .......... 137, 248, 268
Verkooijen,H. .................... 52, 57
Vieira,A. ................................ 117
Villalobos-Baillie,O. ...... 217, 273
Vinogradov,L. ........................ 273
Vinogradov,V. ....................... 383
Volkov,Y. .............................. 440
Vorobel,V. ............................. 104
Vos,M. ................................... 104
464
W
Wang,M.J............................... 169
Wang,S.M. ............................. 243
Warren,M. .............................. 222
Wastie,R.L. ............................ 169
Watkins,P. .............. 253, 258, 263
Watson,A. .............. 253, 258, 263
Weidberg,A.R. ............... 169, 363
Weilhammer,P ......................... 90
Wheadon,R. ............................. 81
Wilhelm,I. ..............................422
Wilson,J.A. .............................169
Wotton,S. ...............................150
Wu,S.......................................347
Wurz,A. ..................................436
Wyllie,K. .............. 71, 85, 95, 150
Y
Yarema,R. .......................... 62, 67
Yeh,P. .....................................169
Z
Zanet,A. ......................... 160, 174
Zimmermann,S. ................. 62, 67
Zsenei,A................................... 90
Zuffa,M. ................................. 127