| The future of the LHC programme and machine (p. 3) |
| by Bertolucci, Sergio |
| HEP experiments in Japan : The Next Generation(p. 14) |
| by Itoh, Ryosuke |
| ILC-CLIC (p. 21) |
| by Kluge, Alex |
| Experiment protection at the LHC and damage limits in LHC(b) silicon detectors (p. 37) |
| by Ferro-Luzzi, M |
| A ten thousand frames per second readout MAPS for the EUDET beam telescope (p. 47) |
| by Hu-Guo, C |
| Front end electronics for pixel detector of the PANDA MVD (p. 52) |
| by Kugathasan, Thanushan |
| Advanced pixel architectures for scientific image sensors (p. 57) |
| by Coath, R |
| Performance of the ABCN-25 readout chip for the ATLAS Inner Detector Upgrade (p. 62) |
| by Anghinolfi, F |
| Reduction techniques of the back gate effect in the SOI Pixel Detector (p. 68) |
| by Ichimiya, R |
| Low noise, low power front end electronics for pixelized TFA sensors (p. 72) |
| by Poltorak, K |
| Commissioning of the CMS DT electronics under magnetic field (p. 81) |
| by Fernandez-Bedoya, C |
| Data acquisition system for a proton imaging apparatus (p. 86) |
| by Sipala, V |
| Commissioning and performance of the Preshower off-detector readout electronics in the CMS experiment (p. 91) |
| by Antchev, G |
| In-situ performance of the CMS Preshower Detector (p. 96) |
| by Bialas, W |
| Low Power Analog Design in Scaled Technologies (p. 103) |
| by Baschirotto, A |
| Gossipo-3 : A prototype of a Front-End Pixel Chip for Read-Out of Micro-Pattern Gas Detectors(p. 113) |
| by Brezina, Christpoh |
| DIRAC v2 : a DIgital Readout Asic for hadronic Calorimeter(p. 117) |
| by Gaglione, R |
| HARDROC, Readout chip of the Digital Hadronic Calorimeter of ILC (p. 122) |
| by Callier, S |
| Design of High Dynamic Range Digital to Analog Converters for the Calibration of the CALICE Si-W Ecal readout electronics (p. 127) |
| by Gallin-Martel, L |
| LAPAS: A SiGe Front End Prototype for the Upgraded ATLAS LAr Calorimeter (p. 132) |
| by Dressnandt, N |
| Replacing full custom DAQ test system by COTS DAQ components on example of ATLAS SCT readout (p. 139) |
| by Dwuznik, M |
| Integrated test environment for a part of the LHCb calorimeter - TWEPP09 (p. 144) |
| by Abellan, C |
| Picosecond time measurement using ultra analog memories (p. 149) |
| by Breton, Dominique |
| Measurement of Radiation Damage to 130nm Hybrid Pixel Detector Readout Chips (p. 157) |
| by Plackett, R |
| Radiation Tests on the Complete System of the Instrumentation of the LHC Cryogenics at the CERN Neutrinos to Gran Sasso (CNGS) Test Facility (p. 161) |
| by Gousiou, E |
| Development of new readout electronics for the ATLAS LAr Calorimeter at the sLHC (p. 165) |
| by Strässner, A |
| Buses and Boards : Making the right choice(p. 173) |
| by Gipper, Jerry |
| Integrated Trigger and Data Acquisition system for the NA62 experiment at CERN (p. 179) |
| by Collazuol, G |
| A digital calorimetric trigger for the COMPASS experiment at CERN (p. 182) |
| by Friedrich, J |
| The Level 0 Trigger Decision Unit for the LHCb experiment (p. 186) |
| by Chanal, H |
| Performance of the CMS Regional Calorimeter Trigger (p. 191) |
| by Klabbers, P |
| Analogue Input Calibration of the ATLAS Level-1 Calorimeter Trigger : TWEPP-09(p. 196) |
| by Morris, J D |
| Precise Timing Adjustment for the ATLAS Level1 Endcap Muon Trigger System (p. 200) |
| by Suzuki, Y |
| Framework for Testing and Operation of the ATLAS Level-1 MUCTPI and CTP (p. 204) |
| by Spiwoks, R |
| Construction and Performance of a Double-Sided Silicon Detector Module Using the Origami Concept (p. 211) |
| by Irmler, C |
| Application of a new interconnection technology for the ATLAS pixel upgrade at SLHC (p. 216) |
| by Macchiolo, A |
| 3D electronics for hybrid pixel detectors – TWEPP-09 (p. 220) |
| by Godiot, S |
| Design of Low Noise Detectors (p. 229) |
| by Johnson, Marvin |
| Feasibility studies of a Level-1 Tracking Trigger for ATLAS (p. 239) |
| by Warren, M |
| Design of a trigger module for the CMS Tracker at SLHC (p. 243) |
| by Hall, G |
| Trigger R&D for CMS at SLHC (p. 249) |
| by Iles, G |
| Design Considerations for an Upgraded Track-Finding Processor in the Level-1 Endcap Muon Trigger of CMS for SLHC operations (p. 254) |
| by Acosta, D |
| The GCT Matrix Card and its Applications (p. 259) |
| by Jones, J |
| Progress on DC-DC Converters for a Silicon Tracker for the sLHC Upgrade (p. 267) |
| by Dhawan, S |
| Experimental Studies Towards a DC-DC Conversion Powering Scheme for the CMS Silicon Strip Tracker at SLHC (p. 271) |
| by Klein, K |
| System Integration Issues of DC to DC converters in the sLHC Trackers (p. 276) |
| by Allongue, B |
| Performance and Comparison of Custom Serial Powering Regulators and Architectures for SLHC Silicon Trackers (p. 281) |
| by Tic, Thomas |
| Power and Submarine Cable Systems for the KM3NeT kilometre cube Neutrino Telescope (p. 286) |
| by Sedita, M |
| Key technologies for present and future optical networks (p. 293) |
| by Antona, Jean-Christophe |
| Smart Analogue Sampler for the Optical Module of a Cherenkov Neutrino Detector (p. 303) |
| by Caponetto, L |
| PARISROC, a Photomultiplier Array Integrated Read Out Chip (p. 308) |
| by Conforti Di Lorenzo, S |
| The 8 bits 100 MS/s Pipeline ADC for the INNOTEP Project – TWEPP-09 (p. 313) |
| by Crampon, S |
| A latchup topology to investigate novel particle detectors (p. 318) |
| by Gabrielli, A |
| A 5 Gb/s Radiation Tolerant Laser Driver (p. 321) |
| by Amaral, L |
| The GBTIA, a 5 Gbit/s Radiation-Hard Optical Receiver for the SLHC Upgrades (p. 326) |
| by Menouni, M |
| The Radiation Hardness of Certain Optical fibres for the LHC upgrades at −25°C (p. 333) |
| by Issever, C |
| Study of the Radiation-Hardness of VCSEL and PIN (p. 338) |
| by Gan, K K |
| The GBT Project (p. 342) |
| by Moreira, P |
| The Versatile Transceiver Proof of Concept (p. 347) |
| by Troska, J |
| Passive Optical Networks for the Distribution of Timed Signals in Particle Physics Experiments (p. 352) |
| by Papakonstantinou, I |
| Low Power SoC Design (p. 359) |
| by Piguet, Christian |
| Two-Phase Cooling of Targets and Electronics for Particle Physics Experiments (p. 366) |
| by Thome, J R |
| A Prototype Front-End Readout Chip for Silicon Microstrip Detectors Using an Advanced SiGe Technology (p. 379) |
| by Grillo, A A |
| DC-DC switching converter based power distribution vs serial power distribution : EMC strategies(p. 384) |
| by Arteche, F |
| Study of the Radiation Hardness Performance of PiN diodes for the ATLAS Pixel Detector at the SLHC upgrade (p. 390) |
| by Abi, B |
| Interference coupling mechanisms in Silicon Strip Detectors - CMS tracker "wings" : A learned lesson for SLHC(p. 394) |
| by Arteche, F |
| Development and commissioning of the ALICE pixel detector control system (p. 400) |
| by Bortolin, C |
| Upgrade of the BOC for the ATLAS Pixel Insertable B-Layer (p. 404) |
| by Dopke, J |
| Improved performance for the ATLAS ReadOut System with the switchbased architecture (p. 407) |
| by Schroer, N |
| Development of a 1 GS/s high-resolution transient recorder (p. 410) |
| by Bartknecht, S |
| Novel Charge Sensitive Amplifier Design Methodology suitable for Large Detector Capacitance Applications (p. 413) |
| by Thomas Noulis a, |
| Readout and Data Processing Electronics for the Belle-II Silicon Vertex Detector (p. 417) |
| by Friedl, M |
| E-link : A Radiation-Hard Low-Power Electrical Link for Chip-to-Chip Communication(p. 422) |
| by Bonacini, S |
| A Zero Suppression Micro-Circuit for Binary Readout CMOS Monolithic Sensors (p. 426) |
| by Himmi, A |
| Commissioning of the CSC Level 1 Trigger Optical Links at CMS (p. 431) |
| by Acosta, A |
| Upgrade of the Cold Electronics of the ATLAS HEC Calorimeter for sLHC Generic Studies of Radiation Hardness and Temperature Dependence (p. 435) |
| by Rudert, A |
| Radiation hardness studies of a 130 nm Silicon Germanium BiCMOS technology with a dedicated ASIC (p. 439) |
| by Díez, S |
| OMEGAPIX : 3D integrated circuit prototype dedicated to the ATLAS upgrade Super LHC pixel project(p. 443) |
| by Thienpont, D |
| Design and measurements of 10 bit pipeline ADC for the Luminosity Detector at ILC (p. 448) |
| by Idzik, Marek |
| A 10-bit 40MS/s Pipelined ADC in a 0.13μm CMOS Process (p. 452) |
| by França-Santos, Hugo |
| A Self Triggered Amplifier/Digitizer Chip for CBM (p. 457) |
| by Armbruster, A |
| Measurement of the performances of a Low-Power Multi-Dynamics Front-End for Neutrino (p. 462) |
| by Sipala, V |
| The Control System for a new Pixel Detector at the sLHC (p. 466) |
| by Boek, J |
| High-Speed Serial Optical Link Test Bench Using FPGA with Embedded Transceivers (p. 471) |
| by Xiang, Annie C. |
| The Design of a High Speed Low Power Phase Locked Loop (p. 476) |
| by Liu, Tiankuan |
| Development of A 16:1 serializer for data transmission at 5 Gbps (p. 481) |
| by Gong, Datao |
| Characterization of Semiconductor Lasers for Radiation Hard High Speed Transceivers (p. 486) |
| by Silva, Sérgio |
| Presentation of the “ROC” Chips Readout (p. 491) |
| by Dulucq, F |
| Position Measurements with Micro-Channel Plates and Transmission lines using Pico-second Timing and Waveform Analysis (p. 495) |
| by Adamsa, Bernhard |
| Hardware studies for the upgrade of the ATLAS Central Trigger Processor (p. 500) |
| by Berge, D |
| SPIROC (SiPM Integrated Read-Out Chip) : Dedicated very front-end electronics for an ILC prototype hadronic calorimeter with SiPM read-out(p. 504) |
| by Bouchel, Michel |
| An FPGA-based Emulation of the G-Link Chip-Set for the ATLAS Level-1 Barrel Muon Trigger (p. 509) |
| by Aloisio, A |
| A 40 MHz Trigger-free Readout Architecture for the LHCb Experiment (p. 514) |
| by Alessio, F |
| Calibration of the Prompt L0 Trigger of the Silicon Pixel Detector for the ALICE Experiment (p. 520) |
| by Cavicchioli, C |
| A programmable 10 Gigabit injector for the LHCb DAQ and its upgrade (p. 525) |
| by Delord, V |
| Wafer Screening of ABCN-25 readout ASIC (p. 529) |
| by Phillips, Peter W |
| A Digitally Calibrated 12 bits 25 MS/s Pipelined ADC with a 3 input multiplexer for CALICE Integrated Readout (p. 533) |
| by Rarbi, F |
| Standalone, battery powered radiation monitors for accelerator electronics (p. 539) |
| by Wijnands, T |
| On-chip Phase Locked Loop (PLL) design for clock multiplier in CMOS Monolithic Active Pixel Sensors (MAPS) (p. 543) |
| by Sun, Q |
| Charge Pump Clock Generation PLL for the Data Output Block of the Upgraded ATLAS Pixel Front-End in 130 nm CMOS (p. 548) |
| by Kruth, A |
| ATLAS Silicon Microstrip Tracker Operation (p. 553) |
| by Vankov, P |
| The GBT-SCA, a radiation tolerant ASIC for detector control applications in SLHC experiments (p. 557) |
| by Gabrielli, A |
| A facility and a web application for real-time monitoring of the TTC backbone status (p. 561) |
| by Jurga, P |
| A Low-cost Multi-channel Analogue Signal Generator (p. 566) |
| by Muller, F |
| A Radiation Tolerant 4.8 Gb/s Serializer for the Giga-Bit Transceiver (p. 570) |
| by Çobanoglu, Ö |
| Detector Control System for the Electromagnetic Calorimeter of the CMS experiment (p. 575) |
| by Adzic, P |
| An integrated DC-DC step-up charge pump and step-down converter in 130 nm technology (p. 579) |
| by Bochenek, M |
| Error-Free 10.7 Gb/s Digital Transmission over 2 km Optical Link Using an Ultra-Low-Voltage Electro-Optic Modulator (p. 584) |
| by Janner, D |
| ALICE TPC control and read-out system (p. 586) |
| by Larsen, T D |
| Simple parallel stream to serial stream converter for Active Pixel Sensor readout (p. 589) |
| by Kushpil, V |
| Total dose effects on deep-submicron SOI technology for Monolithic Pixel Sensor development (p. 591) |
| by Mattiazzo, S |
| AFTER, the front end ASIC of the T2K Time Projection Chambers (p. 596) |
| by Baron, P |
| The Online Error Control and Handling of the ALICE Pixel Detector (p. 601) |
| by Caselle, M |
| Low power discriminator for ATLAS pixel chip (p. 606) |
| by Menouni, M |
| Design of the CMS-CASTOR subdetector readout system by reusing existing designs (p. 610) |
| by Beaumont, W |
| Advances in Architectures and Tools for FPGAs and their Impact on the Design of Complex Systems for Particle Physics (p. 617) |
| by Gregerson, Anthony |
| A flash high-precision time-to-digital converter implemented in FPGA technology (p. 627) |
| by Branchini, P |
| Implementing the GBT data transmission protocol in FPGAs (p. 631) |
| by Baron, S |
| FPGA-based Bit-Error-Rate Tester for SEU-hardened Optical Links (p. 636) |
| by Detraz, S |
| TWEPP-09 Executive summary (xix) |
| by Christiansen, J |
| Experimental Studies Towards a DC-DC Conversion Powering Scheme for the CMS Silicon Strip Tracker at SLHC |
| by Klein, Katja |
| Design of the CMS-CASTOR sub detector readout system by reusing existing designs |
| by Beaumont, Willem |
| Commissioning and performance of the Preshower off-detector readout electronics in the CMS experiment |
| by Antchev, Georgy |
| Design Considerations for an Upgraded Track-Finding Processor in the Level-1 Endcap Muon Trigger of CMS for SLHC Operations |
| by Madorsky, Alexander |
| The CMS ECAL Detector Control System |
| by Leshev, Georgi |
| ATLAS Silicon Microstrip Tracker Operation |
| by Vankov, P |
| LAPAS: A SiGe Front End Prototype for the Upgraded ATLAS LAr |
| by Rescia, S |
| Development of new readout electronics for the ATLAS LAr calorimeter at the sLHC |
| by Strässner, A |
| Analogue Input Calibration of the ATLAS Level-1 Calorimeter Trigger |
| by Morris, J D |
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