Name: Italo Gorini 2018
Start: 2018-09-10T09:00:00+02:00
End: 2018-09-14T14:00:00+02:00
Location: CERN

Monday, 10 September
- 09:00
  
  Registration 503/1-001 - Council Chamber
  
  503/1-001 - Council Chamber
  
  CERN
  
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- 1
  
  F. Iaccarino 503/1-001 - Council Chamber
  
  503/1-001 - Council Chamber
  
  CERN
  
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  Tutorial STMicroelectronics
  
  The LSM6DSR is the new inertial 6-axis sensor from STMicroelectronics, addressing new, growing applications that require measurements with high precision and stability in all conditions. During the presentation, it will be explained how to approach the choice of an inertial sensor, given an application, and which are the most crucial sensor parameters for each selected application.
  The LSM6DSR offers new some digital features, embedded into the device itself, that will be described. They are a built-in Finite State Machine and a Decision Tree. These features are very useful to integrate an inertial sensor, as a motion detector, into more complex systems without overloading the main processor with unnecessary computation. During the presentation it will also be explained how these advanced digital features work and what results can be achieved.
  
  The digital features are easily programmed using a development systems using of one STM32 microcontrollers. During the presentation, it will be used a Nucleo development Board based on the STM2L4 series, which is a an ultra-low-power MCU based on ARM® Cortex®-M4. In addition to being very power efficient, the MCU offers 100DMIPS, a Floating Point Unit and DSP instructions, useful to implement more complex algorithms, and 12-bit 5Msps ADC, 12-bit DAC channels for control of other plant devices.
  
  Speaker: Mr Federico Iaccarino (STMicroelectronics)
- Meal: Lunch 501 - Restaurant 1
  
  501 - Restaurant 1
  
  CERN
- 2
  
  L. Rossi 503/1-001 - Council Chamber
  
  503/1-001 - Council Chamber
  
  CERN
  
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  Perspectives of Instrumentation and Measurements in New CERN Accelerators
  
  Speaker: Lucio Rossi (CERN)
  
  Recording
  
  Rossi-LHC and future colliders-PhDschool.pdf
  
  Rossi-LHC and future colliders-PhDschool.pptx
- 15:30
  
  Break 503/1-001 - Council Chamber
  
  503/1-001 - Council Chamber
  
  CERN
  
  162
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- 3
  
  C. Iacobucci 503/1-001 - Council Chamber
  
  503/1-001 - Council Chamber
  
  CERN
  
  162
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  Silicon sensors in collider experiments for Science and Health
  
  Speaker: Giuseppe Iacobucci (Universite de Geneve (CH))
  
  180910_Doctoral_school_Italo_Gorini.pdf
  
  Recording
- Meal: Dinner 501 - Restaurant 1
  
  501 - Restaurant 1
  
  CERN
Tuesday, 11 September
- 4
  
  G. Rumolo 503/1-001 - Council Chamber
  
  503/1-001 - Council Chamber
  
  CERN
  
  162
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  Beam dynamics, instrumentation and measurement techniques for LHC and its High Luminosity Upgrade
  
  Speaker: Giovanni Rumolo (CERN)
  
  Lecture-beamdynamics.pdf
  
  Lecture-beamdynamics.pdf
  
  Lecture-beamdynamics.pptx
  
  output (Converted).mov
  
  Recording
  
  Rumolo.pdf
- 10:30
  
  Break 503/1-001 - Council Chamber
  
  503/1-001 - Council Chamber
  
  CERN
  
  162
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- 5
  
  S. Russenschuck 503/1-001 - Council Chamber
  
  503/1-001 - Council Chamber
  
  CERN
  
  162
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  Mathematical foundations of field computation and magnetic measurements for accelerator magnets
  
  Magnetic measurements are required in magnet projects for accelerators at three stages: To validate the design options and the used software packages (numerical field computation), to follow up the magnet production and to provide feedback for machine operation. Unfortunately no universal measurement method exists that can be traced to first principles (SI Base units). The reduction of measurement uncertainty therefore relies on stable mechanics and precise positioning, a low level environment, the reparameterization to arc-length, the compensation of the main signals (bucking) and oversampling, among others. Systematic errors must be reduced by calibration and cross-calibration.
  
  Fortunately, the fields in accelerator magnets “live” on trivial domains, that is, the bore of the magnet (simply connected) is free of any current sources and magnetic material. Therefore, the regularity conditions of the magnetic fields can be used for post-processing the results and for developing application specific transducers for the tasks. These methods require a solid basis of the underlying mathematical foundations; these are the subject of the lecture.
  
  Speaker: Stephan Russenschuck (CERN)
  
  2018-Gorini-Russenschuck .pdf
  
  2018-Gorini-Russenschuck .ppt
  
  Recording
- Meal: Lunch 501 - Restaurant 1
  
  501 - Restaurant 1
  
  CERN
- 6
  
  Visits to the magnet facility and to the mechanical and magnetic measurement laboratories
- 7
  
  POSTER SESSION 503/1-001 - Council Chamber
  
  503/1-001 - Council Chamber
  
  CERN
  
  162
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- Meal: Poster session buffet 503/1-001 - Council Chamber
  
  503/1-001 - Council Chamber
  
  CERN
  
  162
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Wednesday, 12 September
- 8
  
  M.C. Bastos / M. Martino 503/1-001 - Council Chamber
  
  503/1-001 - Council Chamber
  
  CERN
  
  162
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  Measurement and Acquisition for High Precision Power Converter Current Regulation for Particles Accelerators
  
  Particle accelerators use magnetic fields produced by electro-magnets to control the trajectory of particles beams. The magnets are supplied by electrical power converters, which can be seen as current sources employing digital control to accurately follow a given current reference function. Since the current delivered by the power converters has a direct impact on the trajectory of the particle beams, it needs to be controlled with extremely high precision. The key elements determining the precision performance of power converters are: the analog measurement chain of the current (sensors, transducers, conditioning electronics), the Analog to Digital Converters, and the digital control (algorithm) itself. With a focus on these three key elements this presentation will discuss the challenges faced and the technologies used to control electrical currents with part per million level uncertainty.
  
  Speakers: Michele Martino (CERN), Miguel Cerqueira Bastos (CERN)
  
  Gorini- current measurement.pdf
  
  Gorini- current measurement.pptx
  
  Gorini_Talk_MM_new_style1.pdf
  
  Gorini_Talk_MM_new_style1.pptx
  
  Recording
- 10:30
  
  Break 503/1-001 - Council Chamber
  
  503/1-001 - Council Chamber
  
  CERN
  
  162
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- 9
  
  F. Roncarolo 503/1-001 - Council Chamber
  
  503/1-001 - Council Chamber
  
  CERN
  
  162
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  State of the art of research on beam instrumentation
  
  Speaker: Federico Roncarolo (CERN)
  
  Gorini-School2018-BI-lecture_FR_Wide_light_new.pdf
  
  Gorini-School2018-BI-lecture_FR_Wide_light_new.pptx
  
  Gorini-School2018-BI-lecture.pdf
  
  Recording
- Meal: Lunch 501 - Restaurant 1
  
  501 - Restaurant 1
  
  CERN
- 10
  
  A. Ballarino 503/1-001 - Council Chamber
  
  503/1-001 - Council Chamber
  
  CERN
  
  162
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  High-Temperature Superconducting Cable Testing: State of the Art and Perspectives
  
  Speaker: Dr Amalia Ballarino (CERN)
  
  Lecture_Ballarino.pdf
  
  Lecture_Ballarino.pptx
  
  Recording
- 15:30
  
  Break 503/1-001 - Council Chamber
  
  503/1-001 - Council Chamber
  
  CERN
  
  162
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- 11
  
  M. Pezzetti 503/1-001 - Council Chamber
  
  503/1-001 - Council Chamber
  
  CERN
  
  162
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  State of the art of research on cryogenics monitoring
  
  Speaker: Marco Pezzetti (CERN)
  
  2018 GORINI State of the art of research on cryogenics monitoring M. Pezzetti.pdf
  
  2018 GORINI State of the art of research on cryogenics monitoring M. Pezzetti.pptx
  
  Recording
- Meal: Gala Dinner Geneva
  
  Geneva
  
  Hotel Edelweiss 2, Place de la navigation, CH-1201 GENEVE
Thursday, 13 September
- 12
  
  L. Bottura 503/1-001 - Council Chamber
  
  503/1-001 - Council Chamber
  
  CERN
  
  162
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  Instrumentation and Measurement for Magnets, Superconductors, and Cryostats
  
  Speaker: Luca Bottura (CERN)
  
  Gorini_LB.pdf
  
  Gorini_LB.pptx
  
  Recording
- 10:30
  
  Break 503/1-001 - Council Chamber
  
  503/1-001 - Council Chamber
  
  CERN
  
  162
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- 13
  
  M. Di Castro 503/1-001 - Council Chamber
  
  503/1-001 - Council Chamber
  
  CERN
  
  162
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  Real-time Monitoring Systems for Augmented Reality and Robotics in Particle Accelerators
  
  Speaker: Mario Di Castro (CERN)
  
  PresentationGoriniSchool_MeasurementsForRobotics.pdf
- Meal: Lunch 501 - Restaurant 1
  
  501 - Restaurant 1
  
  CERN
- 14
  
  Visits to the Antiproton Decelerator (AD) hall and to the Cryolab
- Meal: Dinner 501 - Restaurant 1
  
  501 - Restaurant 1
  
  CERN
Friday, 14 September
- 15
  
  L. De Vito 503/1-001 - Council Chamber
  
  503/1-001 - Council Chamber
  
  CERN
  
  162
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  Monitoring the magnetic axis misalignment in particle accelerator solenoids.
  
  Speaker: Prof. Luca De Vito (Unisannio)
  
  Gorini2018.pdf
  
  Gorini2018.pdf
  
  Gorini2018.pptx
  
  Recording
- 16
  
  P. Arpaia, S. Russenschuck - Closing Ceremony 503/1-001 - Council Chamber
  
  503/1-001 - Council Chamber
  
  CERN
  
  162
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  Speaker: Pasquale Arpaia (Universita e INFN, Napoli (IT))
  
  Recording
  
  Scienza & Filosofia 2013.pdf
  
  Scuola di dottorato_Gorini_CERN_2018.pdf
  
  Scuola di dottorato_Gorini_CERN_2018.pdf
  
  Scuola di dottorato_Gorini_CERN_2018.pptx
- 10:40
  
  Break 503/1-001 - Council Chamber
  
  503/1-001 - Council Chamber
  
  CERN
  
  162
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- 17
  
  Final Examination 503/1-001 - Council Chamber
  
  503/1-001 - Council Chamber
  
  CERN
  
  162
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Italo Gorini 2018

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Geneva

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