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Editor: saliola
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**Morning sessions** will will include talks, tutorials and open presentations.  **Morning sessions** will will include talks, tutorials and open presentations.
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**Afternoon sessions** will be dedicated to working on the exercises from the
tutorials, coding sprints, follow-up discussions, etc.		  **Afternoon sessions** will be dedicated to working on the exercises from the
 tutorials, coding sprints, follow-up discussions, etc.
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**Status reports**: There will be a status report every day at 17h00.  **Status reports**: There will be a status report every day at 17h00.
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**Morning Session**:  **Morning Session**:
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* 08h30 : Coffee & Croissants
* 09h00 : Talk: *Welcome and Introduction to Sage*
* 10h00 : Coffee Break
* 10h30 : Tour de Table and Installations
* 11h30 : Tutorial I : Using the Sage notebook and navigating the help system		  * 08h30 : Coffee & Croissants
 * 09h00 : *Welcome and Introduction to Sage*, Sébastien Labbé
 * 10h00 : Coffee Break
 * 10h30 : Tour de Table and Installations, Franco Saliola
 * 11h30 : Tutorial I : Using the Sage notebook and navigating the help system
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**Lunch Break**: 12h30 - 14h30  **Lunch Break**: 12h30 - 14h30
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**Afternoon Session**:  **Afternoon Session**, 14h30-17h30:
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* 14h30 : Tutorial II : Calculus and Linear Algebra in Sage
* 15h30 : Coffee Break
* 16h00 : Coding Sprints
* 17h00 : Status Reports		  * 14h30 : Tutorial II : Calculus and Linear Algebra in Sage
 * 15h30 : Coffee Break
 * 16h00 : Coding Sprints
 * 17h00 : Status Reports
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**Buffet at CRM**: 17h30 - 18h30  **Buffet at CRM**: 17h30 - 18h30
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**Special event**: *Montréal Python Meeting*, 18h20 - 21h30  **Special event**: *Montréal Python Meeting*, 18h30 - 21h30
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* 08h30 : Coffee & Croissants
* 09h00 : Talk: *QPA by O. Solberg*
* 10h00 : Coffee Break
* 10h30 : Tutorial III: Basic Python (given by Montréal Python)
* 11h30 : Talk: PyCox by M. Geck		  **Morning Session**:
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Lunch Break  * 08h30 : Coffee & Croissants
 * 09h00 : *QPA by O. Solberg*
 * 10h00 : Coffee Break
 * 10h30 : Tutorial III: Basic Python (given by Montréal Python ?)
 * 11h30 : Meinolf Geck, *High performance computations around Kazhdan-Lusztig cells*
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Afternoon : exercises, coding sprints             *Abstract.* We present the computer algebra package PyCox, written
            entirely in Python and compatible with Sage, for computations with
            finite Coxeter groups and Hecke algebras. It includes some new
            variations of the traditional algorithms for computing Kazhdan-Lusztig
            cells (which now work up to type E_7) and distinguished involutions
            (which even work in type E_8).
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* 15h30 : Coffee Break
* 17h30 : Status Reports		  **Lunch Break**: 12h30 - 14h30

 **Afternoon Session**, 14h30-17h30: exercises and coding sprints with coffee break and status reports

 * 15h30 : Coffee Break
 * 17h00 : Status Reports
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* 08h30 : Coffee & Croissants
* 09h00 : Talk: *Zen by D. Ruths*
* 10h00 : Coffee Break
* 10h30 : Tutorial IV: Some useful Python libraries (given by Montréal Python)
* 11h30 : Tutorial V:		  **Morning Session**:
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Lunch Break  * 08h30 : Coffee & Croissants
 * 09h00 : Derek Ruths, *Introducing Zen: the Zero-Effort Network Library for Python*
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* 14h30-17h00: exercises and coding sprints with a coffee break at 15h30
* 17h00 : Status Reports		             *Abstract.* This talk will introduce a new python library for network
            analysis and algorithmics. As datasets increase in size and algorithms
            demand increasing amounts of resources, it is critically important for
            network libraries to be efficient and performant. Few libraries
            available for Python (or any other platform for that matter) deliver
            this kind of efficiency: few can load massive network datasets or
            execute intensive algorithms on them. Of those that can, efficiency
            comes at a cost to ease of use. We don't believe that this compromise
            is necessary. Designed from scratch, the Zen library aims to provide the
            fastest, most memory efficient network routines without compromising
            good pythonic conventions. To date it's benchmarked network functions
            match or beat the fastest network libraries available in Python. In
            this talk, we will give a brief introduction to network analysis,
            discuss the design elements of Zen that make it both fast and
            easy-to-use, briefly overview its functionality, and discuss
            opportunities for integration and use with Sage.

 * 10h00 : Coffee Break
 * 10h30 : Tutorial IV: *Some useful Python libraries* (given by Montréal Python ?)
 * 11h30 : Tutorial V: *Contributing to Sage*, Anne Schilling

 **Lunch Break**: 12h30 - 14h30

 **Afternoon Session**, 14h30-17h30: exercises and coding sprints with coffee break and status reports

 * 15h30 : Coffee Break
 * 17h00 : Status Reports
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* 08h30 : Coffee & Croissants
* 09h00 : Open Presentations
* 10h00 : Coffee Break
* 10h30 : Open Presentations
* 11h30 : Tutorial VI: Cython		  **Morning Session**:
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Lunch Break  * 08h30 : Coffee & Croissants
 * 09h00 : Open Presentations
 * 10h00 : Coffee Break
 * 10h30 : Open Presentations
 * 11h30 : Tutorial VI: Cython
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* 14h30-17h00: exercises and coding sprints with a coffee break at 15h30
* 17h00 : Status Reports		  **Lunch Break**: 12h30 - 14h30

 **Afternoon Session**, 14h30-17h30: exercises and coding sprints with coffee break and status reports

 * 15h30 : Coffee Break
 * 17h00 : Status Reports
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* 08h30 : Coffee & Croissants
* 09h00 : Open Presentations
* 10h00 : Coffee Break
* 10h30 : Open Presentations
* 11h30 : Open Presentations		  **Morning Session**:
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Lunch Break  * 08h30 : Coffee & Croissants
 * 09h00 : Open Presentations
 * 10h00 : Coffee Break
 * 10h30 : Open Presentations
 * 11h30 : Open Presentations
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* 14h30-17h00: exercises and coding sprints with a coffee break at 15h30
* 17h00 : Status Reports		  **Lunch Break**: 12h30 - 14h30

 **Afternoon Session**, 14h30-17h30: exercises and coding sprints with coffee break and status reports

 * 15h30 : Coffee Break
 * 17h00 : Status Reports

Preliminary Schedule for Sage Days 38

Morning sessions will will include talks, tutorials and open presentations.

Afternoon sessions will be dedicated to working on the exercises from the tutorials, coding sprints, follow-up discussions, etc.

Status reports: There will be a status report every day at 17h00.

Monday

Morning Session:

  • 08h30 : Coffee & Croissants
  • 09h00 : Welcome and Introduction to Sage, Sébastien Labbé
  • 10h00 : Coffee Break
  • 10h30 : Tour de Table and Installations, Franco Saliola
  • 11h30 : Tutorial I : Using the Sage notebook and navigating the help system

Lunch Break: 12h30 - 14h30

Afternoon Session, 14h30-17h30:

  • 14h30 : Tutorial II : Calculus and Linear Algebra in Sage
  • 15h30 : Coffee Break
  • 16h00 : Coding Sprints
  • 17h00 : Status Reports

Buffet at CRM: 17h30 - 18h30

Special event: Montréal Python Meeting, 18h30 - 21h30

Tuesday

Morning Session:

  • 08h30 : Coffee & Croissants

  • 09h00 : QPA by O. Solberg

  • 10h00 : Coffee Break

  • 10h30 : Tutorial III: Basic Python (given by Montréal Python ?)

  • 11h30 : Meinolf Geck, High performance computations around Kazhdan-Lusztig cells

    Abstract. We present the computer algebra package PyCox, written entirely in Python and compatible with Sage, for computations with finite Coxeter groups and Hecke algebras. It includes some new variations of the traditional algorithms for computing Kazhdan-Lusztig cells (which now work up to type E_7) and distinguished involutions (which even work in type E_8).

Lunch Break: 12h30 - 14h30

Afternoon Session, 14h30-17h30: exercises and coding sprints with coffee break and status reports

  • 15h30 : Coffee Break
  • 17h00 : Status Reports

Wednesday

Morning Session:

  • 08h30 : Coffee & Croissants

  • 09h00 : Derek Ruths, Introducing Zen: the Zero-Effort Network Library for Python

    Abstract. This talk will introduce a new python library for network analysis and algorithmics. As datasets increase in size and algorithms demand increasing amounts of resources, it is critically important for network libraries to be efficient and performant. Few libraries available for Python (or any other platform for that matter) deliver this kind of efficiency: few can load massive network datasets or execute intensive algorithms on them. Of those that can, efficiency comes at a cost to ease of use. We don't believe that this compromise is necessary. Designed from scratch, the Zen library aims to provide the fastest, most memory efficient network routines without compromising good pythonic conventions. To date it's benchmarked network functions match or beat the fastest network libraries available in Python. In this talk, we will give a brief introduction to network analysis, discuss the design elements of Zen that make it both fast and easy-to-use, briefly overview its functionality, and discuss opportunities for integration and use with Sage.

  • 10h00 : Coffee Break

  • 10h30 : Tutorial IV: Some useful Python libraries (given by Montréal Python ?)

  • 11h30 : Tutorial V: Contributing to Sage, Anne Schilling

Lunch Break: 12h30 - 14h30

Afternoon Session, 14h30-17h30: exercises and coding sprints with coffee break and status reports

  • 15h30 : Coffee Break
  • 17h00 : Status Reports

Thursday

Morning Session:

  • 08h30 : Coffee & Croissants
  • 09h00 : Open Presentations
  • 10h00 : Coffee Break
  • 10h30 : Open Presentations
  • 11h30 : Tutorial VI: Cython

Lunch Break: 12h30 - 14h30

Afternoon Session, 14h30-17h30: exercises and coding sprints with coffee break and status reports

  • 15h30 : Coffee Break
  • 17h00 : Status Reports

Friday

Morning Session:

  • 08h30 : Coffee & Croissants
  • 09h00 : Open Presentations
  • 10h00 : Coffee Break
  • 10h30 : Open Presentations
  • 11h30 : Open Presentations

Lunch Break: 12h30 - 14h30

Afternoon Session, 14h30-17h30: exercises and coding sprints with coffee break and status reports

  • 15h30 : Coffee Break
  • 17h00 : Status Reports

days38_schedule (last edited 2013-07-06 05:15:37 by saliola)