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20th Real Time Conference

5–10 Jun 2016
Padova, Italy
Europe/Rome timezone

Session

RTA 2

FDTL
9 Jun 2016, 13:15
Padova, Italy

Padova, Italy

<a href="https://goo.gl/maps/vWFxL">Centro Congressi A. Luciani Via Forcellini, 170/A Padova ITALY</a>

Conveners

RTA 2

  • Fukun Tang (University of Chicago (US))
  • Pierre-Andre Amaudruz (TRIUMF (CA))

Presentation materials

There are no materials yet.

  1. 130. Phase stabilization over a 3 km optical link with sub-picosecond precision for the AWAKE experiment
    Dr Diego Barrientos (CERN)
    09/06/2016, 13:15
    Real Time System Architectures and Intelligent Signal Processing
    Oral presentation
    The Advanced Wakefield Experiment (AWAKE) project aims at studying the proton-driven plasma wakefield acceleration technique for the first time. For that purpose, a testing facility is currently being built at CERN at the former CNGS (CERN Neutrinos to Gran Sasso) facility. The proton beam at an energy of 400 GeV from the Super Proton Synchrotron (SPS) is used to accelerate an electron beam to...
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  2. 236. Commissioning and performance of the common readout system for the Belle II experiment
    Satoru Yamada (KEK)
    09/06/2016, 13:35
    Real Time System Architectures and Intelligent Signal Processing
    Oral presentation
    The Belle II experiment, aiming to search for physics beyond the standard model by precision measurement, is scheduled to start in 2017. The target luminosity of SuperKEKB, an asymmetric electron–positron collider, is 8x10^35 cm^-2 s^-1 and the Level-1 trigger rate is estimated to reach as much as 30 kHz. The readout system of the Belle II experiment is supposed to receive a large amount of...
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  3. 30. Real-time implementation in JET of the SPAD disruption predictor using MARTe
    Sergio Esquembri Martínez (Universidad Politecnica de Madrid)
    09/06/2016, 13:55
    Real Time System Architectures and Intelligent Signal Processing
    Oral presentation
    One of the major problems in present tokamaks is the presence of disruptions. The disruptive event can produce serious damage to the device due to the emission of large quantities of energy to small areas of the plasma facing components and the strong electro-magnetic forces produced. Mitigation techniques must be applied to prevent or reduce this damage. Obviously, a pre-requisite for...
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