International School in Real Time Systems 2016

Name: International School in Real Time Systems 2016
Start: 2016-07-18T08:00:00+07:00
End: 2016-07-26T18:00:00+07:00
Location: Ho Chi Mingh City

18 Jul 2016, 08:00 → 26 Jul 2016, 18:00 Asia/Saigon

Nuclear Engineering Laboratory (Ho Chi Mingh City)

Nuclear Engineering Laboratory

Ho Chi Mingh City

Linh Trung Campus VNU-HCM University of Sciences Linh Trung Ward Thu Duc District Ho Chi Minh city Vietnam

Description

This site maintains the agenda for the International School on Real-Time Systems 2016.

For further information please go to the School home page

Registration

Lecturer Registration

Monday 18 July
- Mon 18 Jul
- Tue 19 Jul
- Wed 20 Jul
- Thu 21 Jul
- Fri 22 Jul
- Sat 23 Jul
- Sun 24 Jul
- Mon 25 Jul
- Tue 26 Jul
- 15:00 → 18:00
  
  Registration
Tuesday 19 July
- Mon 18 Jul
- Tue 19 Jul
- Wed 20 Jul
- Thu 21 Jul
- Fri 22 Jul
- Sat 23 Jul
- Sun 24 Jul
- Mon 25 Jul
- Tue 26 Jul
- 09:00 → 10:20
  
  Orientation
- 10:40 → 12:00
  Lecture: Lecture A-1
  - 10:40
    
    Introduction: What is Real Time 1h 20m
    
    The lectures start with a definition of Real Time , its terminology and its applications in the different technical worlds from fundamental physiscs to the day to days life illustrated by typical examples.
    Moving to the experimental Physics world, a short description of the basic fundamental detectors for vertexing, tracking, and calorimetry will be giving with their main electronics and read out features. Then, a little history of the trigger and data acquisition evolution over the last 30 years will be presented with simple examples (SPS-NA3, LEP-OPAL,TEVATRON CDF/DO) followed by some conceptual architectures for the future next linear colliders (ILC/CLIC).
    In conclusion, it will be shown that modern state of that art read out architectures,tools and technologies could be applied to other fields from security scanners ,severe nuclear accident monitoring instrumentation to medical imaging systems like Positron Emission Tomography and particle therapy.
    
    Speaker: Patrick Le Dû
    
    ISRT16_Medical.pdf
    
    ISRT16_Medical.pptx
    
    ISRT16_RT_intro.pdf
    
    ISRT16_RT_intro.ppt
    
    NPSS_presentation.pdf
    
    NPSS_presentation.ppt
    
    Vietnam -RI-Intro.pdf
    
    Vietnam -RI-Intro.ppt
- 12:00 → 13:00
  
  Lunch 1h
- 13:30 → 14:50
  Lecture: Lecture B-1
  - 13:30
    
    An Introduction to the RCDAQ data acquisition system 40m
    
    I will give an introduction to the DAQ system which we will use frequently during the school. I will talk about the designs (and some of the design features of a DAQ system in general that I find essential), and teach you about the setup, use, and analysis of the data.
    
    Speaker: Martin Lothar Purschke (Brookhaven National Laboratory (US))
    
    RCDAQ.pdf
    
    RCDAQ.pptx
- 15:10 → 16:30
  Lecture: Front-end Electronics, Waveform Digitization and Signal Processing
  - 15:10
    
    Front-end Electronics, Waveform Digitizing and Signal Processing 1h 20m
    
    Speaker: Stefan Ritt (Paul Scherrer Institut (CH))
    
    Slides Electronics.pdf
    
    Slides Electronics.pptx
- 17:30 → 19:00
  
  Social Activities: Welcome Party
Wednesday 20 July
- Mon 18 Jul
- Tue 19 Jul
- Wed 20 Jul
- Thu 21 Jul
- Fri 22 Jul
- Sat 23 Jul
- Sun 24 Jul
- Mon 25 Jul
- Tue 26 Jul
- 09:00 → 10:20
  Lecture: Lecture A-2
  - 09:00
    
    Real-time data visualization and control using modern Web technologies 1h 20m
    
    This tutorial teaches modern web technologies for real time visualization and control of processes and experiments. The course starts from basic HTML elements, and then covers modern HTML5 technologies and their usage to display any graphical data. An embedded web server on a Raspberry Pi computer is written from scratch, which can be controlled from any browser using the above technologies to read sensors and switch outputs.
    
    Every attendee is encouraged to bring her/his own laptop to
    interactively develop and test all examples. A wireless private network will be available. It is recommended to have a quick look at JSFiddle (https://jsfiddle.net) since this tool will be used throughout the course.
    
    Speaker: Stefan Ritt (Paul Scherrer Institut (CH))
    
    Slides HTML5.pdf
    
    Slides HTML5.pptx
- 10:40 → 12:00
  
  Lecture: Lecture B-2
- 12:00 → 13:00
  
  Lunch 1h
- 13:30 → 14:50
  Exercise: Exercise 1a
  - 13:30
    
    Exercise 1 1h 20m
- 15:10 → 16:30
  Exercise: Exercise 1b
  - 15:10
    
    Exercise 1 1h 20m
Thursday 21 July
- Mon 18 Jul
- Tue 19 Jul
- Wed 20 Jul
- Thu 21 Jul
- Fri 22 Jul
- Sat 23 Jul
- Sun 24 Jul
- Mon 25 Jul
- Tue 26 Jul
- 09:00 → 10:20
  Exercise: Exercise 1c
  - 09:00
    
    Exercise 1 1h 20m
- 10:40 → 12:00
  Exercise: Exercise 1d
  - 10:40
    
    Exercise 1 1h 20m
- 12:00 → 13:00
  
  Lunch 1h
- 13:30 → 14:50
  Exercise: Exercise 1e
  - 13:30
    
    Exercise 1 1h 20m
- 15:10 → 16:30
  Exercise: Exercise 1f
  - 15:10
    
    Exercise 1 1h 20m
Friday 22 July
- Mon 18 Jul
- Tue 19 Jul
- Wed 20 Jul
- Thu 21 Jul
- Fri 22 Jul
- Sat 23 Jul
- Sun 24 Jul
- Mon 25 Jul
- Tue 26 Jul
- 09:00 → 10:20
  Lecture: Lecture C-2
  - 09:00
    
    The ATLAS Detector at LHC 1h 20m
    
    Speaker: Christian Bohm (Stockholm University (SE))
    
    Saigon_1.pdf
    
    Saigon_1.ppt
    
    Saigon.pdf
    
    Saigon.ppt
- 10:40 → 12:00
  
  Lecture: Lecture D-1
- 12:00 → 13:00
  
  Lunch 1h
- 13:30 → 14:50
  Exercise: Exercise 2a
  - 13:30
    
    Exercise 2 1h 20m
- 15:10 → 16:30
  Exercise: Exercise 2b
  - 15:10
    
    Exercise 2 1h 20m
    
    PMT.pdf
Saturday 23 July
- Mon 18 Jul
- Tue 19 Jul
- Wed 20 Jul
- Thu 21 Jul
- Fri 22 Jul
- Sat 23 Jul
- Sun 24 Jul
- Mon 25 Jul
- Tue 26 Jul
- 09:00 → 10:20
  Exercise: Exercise 2c
  - 09:00
    
    Exercise 2 1h 20m
- 10:40 → 12:00
  Exercise: Exercise 2d
  - 10:40
    
    Exercise 2 1h 20m
- 12:00 → 13:00
  
  Lunch 1h
- 13:30 → 14:50
  Exercise: Exercise 2e
  - 13:30
    
    Exercise 2 1h 20m
- 15:10 → 16:30
  Exercise: Exercise 2f
  - 15:10
    
    Exercise 2 1h 20m
- 17:00 → 18:00
  
  Social Activities: Move to downtown
Sunday 24 July
- Mon 18 Jul
- Tue 19 Jul
- Wed 20 Jul
- Thu 21 Jul
- Fri 22 Jul
- Sat 23 Jul
- Sun 24 Jul
- Mon 25 Jul
- Tue 26 Jul
- 09:00 → 18:00
  
  Social Activities: Excursion
Monday 25 July
- Mon 18 Jul
- Tue 19 Jul
- Wed 20 Jul
- Thu 21 Jul
- Fri 22 Jul
- Sat 23 Jul
- Sun 24 Jul
- Mon 25 Jul
- Tue 26 Jul
- 09:00 → 10:20
  Lecture: Lecture D-2
  - 09:00
    
    Getting started with Raspberry Pi 20m
    
    Speaker: Stefan Ritt (Paul Scherrer Institut (CH))
    
    RPI.pdf
    
    RPI.pptx
- 10:40 → 12:00
  Lecture: Lecture E
  - 10:40
    
    Raspberry Pi Sensors 20m
    
    Based on questions from the students, I will explain a number of sensors that can easily be used with the Raspberry Pi. I will show how to control GPIO pins, connect an infrared sensor, and to connect a DS180B20 temperature sensor.
    
    Speaker: Martin Lothar Purschke (Brookhaven National Laboratory (US))
    
    RpiSensors.pdf
    
    RpiSensors.pptx
  - 11:00
    
    An Introduction to Networks 40m
    
    I will give a brief introduction to the basics of the networking setups we will be using during the exercises of the school. I will explain IP address, netmasks and broadcast addresses, gateways, and explain the concepts of networks to the extent that we will need them during the school.
    
    Speaker: Martin Lothar Purschke (Brookhaven National Laboratory (US))
    
    networks.pdf
    
    networks.pdf
    
    networks.pptx
- 12:00 → 13:00
  
  Lunch 1h
- 13:30 → 15:30
  
  Analysis
Tuesday 26 July
- Mon 18 Jul
- Tue 19 Jul
- Wed 20 Jul
- Thu 21 Jul
- Fri 22 Jul
- Sat 23 Jul
- Sun 24 Jul
- Mon 25 Jul
- Tue 26 Jul
- 09:00 → 12:00
  
  Lecture: Student Presentations
- 12:00 → 13:00
  
  Lunch 1h
- 15:10 → 17:10
  
  Social Activities: Farewell Party

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International School in Real Time Systems 2016

Nuclear Engineering Laboratory

Ho Chi Mingh City