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SESSION A |
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id |
Electronics for trackers
: 20 talks |
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100 |
Einsweiler Kevin |
The ATLAS Pixel On-Detector
Electronics |
52 |
Pengg Franz |
Analog front-end pixel
readout electronics in radiation hard SOI technology |
147 |
Baur Roland |
The Readout Architecture
of the CMS Pixel Detector |
105 |
Wyllie Kenneth |
A pixel readout chip for
tracking at ALICE and particle identification at LHCb |
25 |
Mekkaoui Abderrezak |
FPIX1: an advanced 160X18
pixel RO chip |
141 |
Karpinski Waclaw |
Performance Studies of
Pixel Readout Electronics in RICMOSIV-SOI and DMILL Processes |
191 |
Goerlach Ulrich |
Recent Developments of
the APV circuits in DMILL Technology for Silicon and MSGC Detectors and
Results from on-Detector tests |
192 |
Hu Christine |
A 128 Channels readout
chip (APVD_DC) for DC-Coupled Silicon Detectors of the CMS-Tracker |
154 |
Dabrowski Wladyslaw |
Radiation hardness of the
ABCD chip for the binary readout of silicon strip detectors in the ATLAS
Semiconductor Tracker |
84 |
Dubbs Tim |
The Development of the
CAFE-P/CAFE-M Bipolar Front-end Chips for the Binary Readout of the ATLAS
Semiconductor Tracker |
137 |
Newcomer Mitch |
Progress in development
of the ASDBLR ASIC for the ATLAS TRT |
213 |
Lacasta Carlos |
Wafer Screening of the
Front-End ASICS for ATLAS SCT |
211 |
Anghinolfi Francis |
Performance of the Electrical
Module Prototypes for the ATLAS Silicon Tracker |
175 |
Mazza Gianni |
Recent developments on
The Silicon Drift Detector readout scheme for the ALICE Inner Tracker System |
209 |
de_Haas Arie |
Very low-mass Microcables
for the ALICE SSD detector |
|
French
Markus |
The
Development of a Rad-Hard CMOS Chip for the Binary Readout of the ATLAS
Semiconductor Tracker |
197 |
Rivetti Angelo |
Analog Design In Deep Submicron
CMOS Processes for LHC |
144 |
Raymond Mark |
The APV25 Deep Submicron
Readout Chip for CMS Microstrip Detectors |
15 |
Sexauer Edgard |
Design of a Prototype Frontend
and Bias Generator for a new Readout Chip for LHCb |
149 |
Marchioro Alessandro |
Measurement of SEU effects
in a 32 Kbit Dual-Ported-RAM designed in 0.25 um CMOS technology for applications
in the LHC. |
|
Optoelectronics and
data transfer systems : 6 talks |
|
108 |
Vasey Francois |
Optical links for the CMS
Tracker |
135 |
Banzuzi Kukka |
Optical Links Development
for CMS RPC |
179 |
Stroynowski Richard |
Design and Irradiation
Studies of the Optical Data Links for the ATLAS Liquid Argon Calorimeter |
183 |
Mahout Gille |
Radiation Hard Optical
Links for the ATLAS SCT and Pixel Detectors |
195 |
Faccio Federico |
An Amplifier with AGC for
the 40MHz Optical Receiver of the CMS digital optical link |
198 |
Moreira Paulo |
A 1.25Gbit/s serializer
for LHC data and trigger optical links |
|
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Radiation hard detectors
: 2 talks |
|
120 |
Watts Stephen |
Status of the RD48/ROSE
Collaboration |
165 |
Vikas Pratibha |
Avalance Photodiodes for
the CMS Electromagnetic Calorimeter |
|
Electronics for calorimeters
: 12 talks |
|
73 |
Colas
Jacques |
Front End Board
of the ATLAS LAr Calorimeter Readout |
157 |
Rescia Sergio |
Characterization of the
Coherent Noise Electromagnetic Compatibility (EMC) and Electromagnetic
Interference (EMI) of the ATLAS Calorimeter Front End Board |
31 |
Brettel Horst |
Cold Electronics for the
Liquid Argon Hadronic End-Cap Calorimeter of ATLAS |
103 |
Skaali Bernhard |
Photo-diode read-out of
the ALICE Photon Spectrometer PWO crystals |
163 |
Citterio Mauro |
The Altlas calorimeter
preamplifier: performance radiation damage electrostatic discharge resistance
reliability and manufacturing issues |
206 |
Breton Dominique |
The front-end electronics
for the LHCb calorimeters |
118 |
Monteiro Teresa |
Selective Readout in the
CMS Electromagnetic Calorimeter |
60 |
Lofstedt Bo |
The Digital Readout System
for CMS Electromagnetic Calorimeter |
109 |
Engstrom Magnus |
The Atlas Tile Calorimeter
Digitizer |
187 |
Elias John |
Recent Results from the
CMS Hadron Calorimeter Readout Digitizer |
151 |
Perrot Guy |
The ATLAS calorimeter calibration
board: Tests of a first set of boards and new developments |
28 |
Fent Juergen |
Jet Determination in LAr
Calorimeters using a Heavily Interconnected System of FPGA's. |
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SESSION B |
|
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Trigger electronics
: 14 Talks |
|
57 |
Gerndt Ekkehard |
Commissioning of the HERA-B
First Level Trigger |
203 |
Bocci Valerio |
Trigger implementation
in KLOE experiment |
177 |
Lenti Vito |
New Developments in the
ALICE Trigger |
63 |
Schumacher Cornelius |
The readout bus of the
ATLAS Level-1 Calorimeter Trigger Pre-Processor |
160 |
Badgett William |
CMS Calorimeter Regional
Trigger Protoypes |
185 |
Perera Viraj |
The e/g and t/hadron Cluster
Processor for the ATLAS First-Level Trigger - a Flexible Test System |
145 |
Hauser Jay |
Trigger Primitives for
the CMS Cathode Strip Chamber Muon Trigger |
65 |
Ero Janos |
New approach for the CMS
Moun Trigger Track Finder Processor |
117 |
Silverstein Samuel |
Use of Programmable Logic
in a Pipelined Trigger Processor |
131 |
Acosta Darin |
The Track-Finding Processor
for the Level-1 Trigger of the CMS Endcap Muon System |
184 |
Dawson John |
Prototype ROI Builder Implemented
in FPGA's for the Higher Level Trigger of ATLAS |
96 |
Gallno Per |
Modules development for
the TTC system |
138 |
Hasuko Kazumi |
Strategy for Timing Adjustment
in ATLAS End-cap/Forward Muon Trigger System |
71 |
Postranecky Martin |
Timing Trigger and Control
Interface Module for ATLAS SCT Read Out Electronics |
|
DAQ & Detector control
: 11 talks |
|
189 |
Racz Attila |
Generic hardware for DAQ
applications |
88 |
Gigi Dominique |
A dual-port memory with
reconfigurable structure |
148 |
Mornacchi Giuseppe |
The ATLAS DAQ-1 ROB-IN
component |
23 |
Muller Hans |
Readout Unit for the LHCb
experiment |
2 |
Coughlan John |
A PMC based ADC card for
CMS Tracker readout |
35 |
Almeida Carlos |
Testability Issues in the
CMS ECAL Upper-Level Readout and Trigger System |
178 |
Cleland W. E. |
Readout Driver for the
ATLAS LAr Calorimeter |
29 |
Swoboda Detlef |
The Detector Control System
for ALICE Architecture and Implementation |
51 |
Groenstege Henk |
The NIMROD a Read Out Driver
for the ATLAS MDT muon subsystem. |
72 |
Kluge Alexander |
Study of the Alice Time
of Flight Readout System - AFRO |
201 |
Fischer Horst |
F1 - An Eight Channel Time-to-Digital
Converter Chip for High Rate Experiments |
|
Grounding shielding
power & cooling : 9 Talks |
|
8 |
Szoncso Fritz |
Assessment of EMC parameters
for LHC frontend electronics |
34 |
Lustermann Werner |
Low Voltage supply system
for the very front end readout electronics of the CMS electromagnetic calorimeter |
158 |
Citterio Mauro |
Are switching power supplies
acceptable for the LAr calorimeter Front End Electronics? |
132 |
Newman Warren |
Rad-Hard Power Electronics |
99 |
Casas-Cubillos Juan |
Preliminary test for radiation
tolerant electronic components for the LHC cryogenic system |
155 |
Takai Helio |
System Aspects (Packaging
and Cooling) of the ATLAS Liquid Argon Electronics |
174 |
Bosteels Michel |
Liquid Cooling for Electronics
Boards |
54 |
Hallewell Greg |
Fluorocarbon Evaporative
Cooling Developments for the ATLAS Pixel and Semiconductor Tracker Detectors |
|
Grieco
Giovanni |
Custom
HV and LV Supplies for LHC experiments |
|
Electronics for muon
detectors : 7 talks |
|
6 |
Santiard Jean-Claude |
The Gassiplex 0.7 - 2 Integrated
Front End Analog Processor for the HMPID and Muon Tracker of Alice |
159 |
Oliver John |
Development of an Octal
CMOS ASD for the ATLAS Muon Detector |
59 |
Sasaki Osamu |
ASD for the Thin Gap Chamber
in the LHC Atlas Experiment |
76 |
Chapman J. Wehrley |
Data Flow Simulations through
the ATLAS Muon Front-End Electronics |
128 |
O'Connor Paul |
Readout Electronics for
a High-Rate CSC Detector |
37 |
Loddo Flavio |
A Prototype Front End Chip
for the Resistive Plate Chambers of CMS |
40 |
Arai Yasuo |
Neutron and Gamma Iradiation
Test of the 0.3 um CMOS for the ATLAS Muon TDC |
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