| Particle and Astroparticle Physics in Spain (p. 3) |
| by Ferrer, Antonio |
| The LHC machine status, calibration run and commissioning plans (p. 15) |
| by Lamont, Mike |
| CMOS directions in industry (p. 20) |
| by Perea, Ernesto |
| 3D electronics (p. 31) |
| by Suntharalingam, Vyshnavi |
| Detector and readout systems for the ILC (p. 41) |
| by Greenshaw, Tim |
| High Availability Electronics standards (p. 46) |
| by Larsen, Ray |
| Optoelectronic developments for remote-handled maintenance tasks in ITER (p. 55) |
| by Van Uffelen, Marco |
| State of the art technologies for front-end hybrids (p. 64) |
| by De Oliveira, Rui |
| 3D Circuit Integration for High Energy Physics (p. 71) |
| by Yarema, Ray |
| Technology Scaling and CMOS Analog Design (p. 76) |
| by Maloberti, Franco |
| Informal comments on SLHC machine issues (p. 87) |
| by Butterworth, Andy |
| DC to DC Power Conversion (p. 89) |
| by Ely, Robert |
| The GBT Bi-directional links and Data system (p. 93) |
| by Moreira, Paulo Rodrigues Simoes |
| Future options for optical links (p. 97) |
| by Vasey, François |
| RF Issues and Developments at the LHC Machine (p. 103) |
| by Butterworth, A |
| The LHC beam loss monitoring system's data acquisition card (p. 108) |
| by Effinger, E |
| An on line radiation monitoring system for the LHC machine and experimental caverns (p. 113) |
| by Wijnands, T |
| Beam phase and intensity monitor (BPIM) for the LHCb Experiment (p. 121) |
| by Guzik, Z |
| Proposal for a First Level Trigger using pixel detectors for CMS at Super-LHC (p. 126) |
| by Palla, Fabrizio |
| Stacked Tracking for CMS at Super-LHC (p. 130) |
| by Jones, John |
| Overview of LHCb electronics installation aspects (p. 137) |
| by Bobillier, Vincent |
| Testing, time alignment, calibration and monitoring features in the LHCb front-end electronics (p. 142) |
| by Christiansen, J |
| The readout system for the LHCb Outer Tracker (p. 148) |
| by Wiedner, D |
| The Front End Electronics of the Scintillator Pad Detector of LHCb Calorimeter (p. 153) |
| by Gascon, David |
| Front-end Electronics Test for the LHCb Muon Wire Chambers (p. 158) |
| by Nobrega, R |
| Integration and Installation of the CMS Electronics system (p. 165) |
| by Hansen, M |
| Installation and Commissioning of the On-Detector Electronics for the CMS Electromagnetic Crystal Calorimeter (p. 169) |
| by Biino, Cristina |
| Performance of CMS ECAL Very Front End Electronics (p. 174) |
| by Nardulli, Alessandro |
| FEC-CCS : A common Front-End Controller card for the CMS detector electronics(p. 179) |
| by Kloukinas, Kostas |
| Recent Results on the Performance of the CMS Tracker Readout System (p. 187) |
| by Fulcher, J |
| Readout Electronics Tests and Integration of the ATLAS Semiconductor Tracker (p. 191) |
| by Mitsou, Vasiliki A. |
| A Read-out Driver for Silicon Detectors in ATLAS (p. 196) |
| by Vickey, T |
| The Vertex detector of the LHCb Experiment : The VeLo(p. 201) |
| by Saavedra, Aldo F |
| Design and test of the final ALICE SDD CARLOS end ladder board (p. 206) |
| by Antinori, S |
| Potential Upgrade of the CMS Tracker Analog Readout Optical Links using Bandwidth Efficient Digital Modulation (p. 213) |
| by Dris, Stefanos |
| Integration of the CMS Tracker Optical Links (p. 218) |
| by Gill, Karl Aaron |
| Bandwidths of Micro-Twisted Cables and Spliced SIMM/GRIN Fibers and Radiation Hardness of PIN/VCSEL Arrays (p. 223) |
| by Gan, K K |
| A multi-channel optical plug-in module for gigabit data reception (p. 229) |
| by Vichoudis, P |
| PCI Express Over Optical Links for Data Acquisition and Control (p. 232) |
| by Bellato, M |
| Status of the TTC upgrade (p. 236) |
| by Baron, S |
| On the development of the final optical multiplexer board prototype for the TileCal experiment (p. 241) |
| by González, V |
| Front-end Electronics for Silicon Trackers readout in Deep Sub-Micron CMOS Technology : The case of Silicon strips at the ILC(p. 249) |
| by Genat, J F |
| Prototype of the front-end circuit for the GOSSIP (Gas On Slimmed Silicon Pixel) chip in the 0.13 μm CMOS technology (p. 253) |
| by Gromov, V |
| An Error-Correcting Line Code for a HEP Rad-Hard Multi-GigaBit Optical Link (p. 258) |
| by Papotti, Giulia |
| Development of a CMOS SOI pixel detector (p. 263) |
| by Ishino, Hirokazu |
| Integration of the CMS regional calorimeter Trigger hardware into the CMS level-1 Trigger (p. 269) |
| by Klabbers, Pamela |
| The CMS Global Calorimeter Trigger Hardware Design (p. 274) |
| by Stettler, Matt |
| The Drift Tube Track Finder Muon Trigger at the CMS Experiment (p. 279) |
| by De Trocóniz, Jorge Fernandez |
| An RPC-based Technical Trigger for the CMS Experiment (p. 284) |
| by Loddo, Flavio |
| Design and Test of the Off-Detector Electronics for the CMS Barrel Muon Trigger (p. 289) |
| by Guiducci, Luigi |
| Level 0 trigger decision unit for the LHCb experiment (p. 297) |
| by Laubser, Julien |
| The Level-0 muon trigger for the LHCb experiment (p. 302) |
| by Cachemiche, Jean Pierre |
| Installation and Test of the ATLAS Muon Endcap Trigger Chamber Electronics (p. 307) |
| by Nomoto, Hiroshi |
| Commissioning of the ATLAS Level-1 Central Trigger (p. 315) |
| by Pauly, T |
| The Octant Module of the ATLAS Level-1 Muon to Central Trigger Processor Interface (p. 319) |
| by Haas, Stefan |
| The ATLAS Barrel Level-1 Muon Trigger Calibration (p. 323) |
| by Ciapetti, G |
| ATLAS TDAQ RoI Builder and the Level 2 Supervisor system (p. 328) |
| by Ermoline, Yuri |
| Setup, tests and results for the ATLAS TileCal Read Out Driver production (p. 333) |
| by Valero, Alberto |
| Recent developments on the ALICE central Trigger processor (p. 341) |
| by Villalobos Baillie, O |
| Timing in the ALICE trigger system (p. 346) |
| by Lietava, Roman |
| The ALICE silicon pixel detector read-out electronics (p. 351) |
| by Krivda, Marian |
| The ALICE Silicon Pixel Detector Control system and online calibration tools (p. 356) |
| by Cali, I A |
| The Level 0 Pixel Trigger System for the ALICE experiment (p. 361) |
| by Aglieri-Rinella, G |
| Quality assurance for CMS Tracker LV and HV Power Supplies (p. 369) |
| by Costa, Marco |
| Evaluation and testing of advanced low-voltage power supplies (p. 374) |
| by Allongue, Bruno |
| Distributed low voltage power supply system for front end electronics of the TRT detector in ATLAS experiment (p. 379) |
| by Hajduk, Zbigniew |
| Electromagnetic Compatibility of a Low Voltage Power Supply for the ATLAS Tile Calorimeter Front-End Electronics (p. 384) |
| by Blanchot, Georges |
| Production Test Rig for the ATLAS Level-1 Calorimeter Trigger Digital Processors (p. 391) |
| by Mahout, Gilles |
| The Hardware of the ATLAS Pixel Detector Control System (p. 395) |
| by Henss, Tobias |
| Algorithms in the ROD DSP of the ATLAS hadronic Tile Calorimeter (p. 400) |
| by Salvachua, Belen |
| Optical Module Front-End for a Neutrino Underwater Telescope : PMT interface(p. 404) |
| by Lo Presti, D |
| New RPC front-end electronics for hades (p. 407) |
| by Gil, Alejandro |
| Alibava : A portable readout system for silicon microstrip sensors (p. 412) |
| by Marco-Hernández, Ricardo |
| Commissioning and Calibrating the CMS Silicon Strip Tracker (p. 419) |
| by Bainbridge, Robert |
| Electronic Devices for Controlling the Very High Voltage in the ALICE TPC Detector (p. 424) |
| by Boccioli, Marco |
| System tests and debugging using Python (p. 428) |
| by Brooke, Jim |
| A Test Stand System for High-Energy Physics Applications (p. 430) |
| by Cardoso, Guilherme |
| "CMAD", a Full Custom ASIC, for the Upgrade of COMPASS RICH-1 (p. 434) |
| by Çobanoglu, Ö |
| Radiation Tolerance Qualification Tests of the Final Source Interface Unit for the ALICE Experiment (p. 438) |
| by Dénes, E |
| Ideas on DC-DC Converters for Delivery of Low Voltage and High Currents for the SLHC / ILC Detector Electronics in Magnetic field and Radiation environments (p. 442) |
| by Dhawan, Satish |
| Functional and Linearity test system for the LHC Beam Loss Monitoring data acquisition card (p. 447) |
| by Emery, Jonathan |
| Development and Setup of a Prototype System of Distributed Analysis for ATLAS Tier-2 (p. 451) |
| by Fassi, Farida |
| ATLAS Pixel Detector Timing Optimisation with the Back of Crate Card of the Optical Pixel Read out System (p. 455) |
| by Flick, Tobias |
| Time Resolution of a Few Nanoseconds in Silicon Strip Detectors Using the APV25 Chip (p. 460) |
| by Friedl, M |
| Revised CMS Global Calorimeter Trigger Functionality & Algorithms (p. 465) |
| by Iles, G |
| The level-1 global trigger for the CMS experiment at LHC (p. 470) |
| by Jeitler, Manfred |
| Wafer test of the LHCb Outer Tracker TDC-Chip (p. 475) |
| by Knopf, Jan |
| The Gigabit Optical Transmitters for the LHCb Calorimeters (p. 479) |
| by Lax, Ignazio |
| Low-noise design issues for analog front-end electronics in 130 nm and 90 nm CMOS technologies (p. 483) |
| by Manghisoni, M |
| Evaluation of Data Transmission at 80MHz and 160MHz Over Backplane, Copper and Optical Links (p. 488) |
| by Matveev, Mikhail |
| Unified C/VHDL Model Generation of FPGA-based LHCb VELO algorithms (p. 492) |
| by Muecke, Manfred |
| LTPIM - Local Trigger Processor Interface Module (p. 494) |
| by Nunes-Caracinha, Diogo |
| Signal Integrity Analysis of High-Speed Interconnects (p. 498) |
| by Oltean Karlsson, A |
| Implementation of the Control System for the LHCb Muon Detector (p. 503) |
| by Pinci, Davide |
| A compact plug-in module for LHC-like trigger emulation (p. 508) |
| by Sidiropoulos, Georgios |
| High Density Backplanes : Problems and Solutions(p. 512) |
| by Achenbach, R |
| Development and test results of a readout chip for the GERDA experiment (p. 515) |
| by Smale, Nigel |
| Preamplifier-shaper prototype for the Fast Transition Detector of the Compressed Baryonic Matter (CBM) experiment at FAIR (p. 520) |
| by Soltveit, Hans Kristian |
| Data Acquisition and Management in the Calibration Processes of the CMS Barrel Muon Alignment System (p. 525) |
| by Székely, Géza |
| CMS Optical Links : Lessons learned from Mass Production(p. 529) |
| by Troska, Jan |
| n-XYTER : A CMOS read-out ASIC for a new generation of high rate multichannel counting mode neutron detectors(p. 534) |
| by Trunk, Ulrich |
| Setup for testing LHCb Inner Tracker ladders (p. 539) |
| by Regueiro, P.Vazquez |
| Large scale production of the Multi-Chip Module of the ATLAS Level-1 Calorimeter Trigger (p. 542) |
| by Weber, P |
| 5 years Radiation Testing of electronic components and systems for the LHC experiments and the LHC machine : summary and future (p. 547) |
| by Wijnands, Thijs |
| The LHC Beam Loss Monitoring System's Surface Building Installation (p. 552) |
| by Dehning, B |
| Dressing test for the LHCb Muon MWP chambers |
| by Antunes Nobrega, Rafael |
| Beam phase and intensity monitor for LHCb |
| by Jacobsson, Richard |
| The Level-0 Muon Trigger for the LHCb experiment |
| by Cachemiche, Jean-Pierre |
| Overview of LHCb electronics installation aspects |
| by Bobillier, Vincent |
| Testing, timing alignment, calibration and monitoring features in the LHCb front-end electronics and DAQ interface |
| by Christiansen, Jorgen |
| A Read-out Driver for Silicon Detectors in ATLAS |
| by Vickey, T |
| The readout system for the LHCb Outer Tracker |
| by Wiedner, Dirk |
| Testing, timing alignment, calibration and monitoring features in the LHCb front-end electronics and DAQ interface |
| by Christiansen, Jorgen |
| The Level-0 Muon Trigger for the LHCb experiment |
| by Aslanides, E |
| Overview of LHCb electronics installation aspects |
| by Bobillier, V |
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