PyHEP 2018 Workshop

Contribution List

3. The Python scientific software ecosystem - past, present and future

Jim Pivarski (Princeton University)

07/07/2018, 09:15

Historical perspective / overview

30 + 15 minutes

4. Open discussion, guided by the pre-workshop questionnaire input

07/07/2018, 10:00

Historical perspective / overview

5. The Python ecosystem in HEP data analysis

Chris Burr (University of Manchester (GB))

07/07/2018, 11:00

HEP python software ecosystem

30 + 10 minutes

18. The Scikit-HEP project

Matthieu Marinangeli (EPFL - Ecole Polytechnique Federale Lausanne (CH))

07/07/2018, 11:40

HEP python software ecosystem

20 + 10 minutes

19. XENON1T experience doing a purely Python experimental software stack

Dr Christopher Tunnell (University of Chicago)

07/07/2018, 13:30

HEP python software ecosystem

20 + 10 minutes

20. The TensorFlowAnalysis package for fitting

Adam Morris (Centre de Physique de Particules de Marseille CPPM (FR))

07/07/2018, 14:00

HEP python software ecosystem

20 + 10 minutes

14. The NEXT experiment analysis and data flow

Gonzalo Martinez Lema (Instituto de Fisica Corpuscular (ES))

07/07/2018, 14:30

Analysis & HEP frameworks

20 + 10 minutes

15. The Belle-II analysis framework

Thomas Hauth (KIT - Karlsruhe Institute of Technology (DE))

07/07/2018, 15:00

Analysis & HEP frameworks

20 + 10 minutes

12. Tools to bind to Python

Henry Fredrick Schreiner (University of Cincinnati (US))

07/07/2018, 16:00

PyROOT and Python bindings

20 + 10 minutes

11. ROOT’s C++ Python bindings

Enric Tejedor Saavedra (CERN)

07/07/2018, 16:30

PyROOT and Python bindings

20 + 10 minutes

16. Distributing Python for the HEP environment

Ben Couturier (CERN)

07/07/2018, 17:00

Distribution and installation

20 + 10 minutes

13. A complete, multilanguage analysis ecosystem

Enrico Guiraud (CERN, University of Oldenburg (DE))

07/07/2018, 17:30

Distribution and installation

20 + 10 minutes

7. JupyterLab

Vidar Tonaas Fauske (Simula Research Laboratory)

08/07/2018, 09:00

Analysis & HEP frameworks

KEYNOTE PRESENTATION

9. Python tools for simulating beam dynamics

Lotta Mether (EPFL - Ecole Polytechnique Federale Lausanne (CH))

08/07/2018, 09:40

Analysis & HEP frameworks

15 + 5 minutes

6. Python for "core software" in ATLAS

Scott Snyder (Brookhaven National Laboratory (US))

08/07/2018, 10:00

Analysis & HEP frameworks

15 + 5 minutes

8. Python for “core software” in CMS

David Lange (Princeton University (US))

08/07/2018, 10:20

Analysis & HEP frameworks

15 + 5 minutes

10. Python 2 to 3

Stefan-Gabriel Chitic (CERN)

08/07/2018, 11:00

Python 2 versus 3

20 + 10 minutes

21. Discussion on community plans for the future

08/07/2018, 11:30

Python 2 versus 3

22. Closeout

Eduardo Rodrigues (University of Cincinnati (US)), Graeme Stewart (CERN)

08/07/2018, 12:25

2. A short look at Python’s Emergence in HEP Computing

Jeff Templon (Nikhef National institute for subatomic physics (NL))

Historical perspective / overview

15+5 minutes

17. Python packages for Machine Learning (TBC)

HEP python software ecosystem

20 + 5 minutes

1. test