Scheduled presentations: - Fredrik Strömberg - An introduction to SageMath and Python - Jean-Philippe Labbé - Combinatorics and geometry of polyhedra in Sage - Krystal Guo - Using SageMath in Algebraic Graph Theory - Alex J. Best - Computations with p-adic polylogarithms in Sage - Edinah Gnang - Broadening the Linear Algebra Toolkit to a theory of constructs - Karl-Dieter Crisman - PreTeXt: Write Once, Read Anywhere - with Sage - Karl-Dieter Crisman - PreTeXt - nuts and bolts - William Hart - Introduction to Flint - William Hart - Flint-2.6.0 -- the biggest update in 5 years! - Julian Rüth - Introduction to running SageMath in Docker - Matthias Köppe - Tutorial for developers: Portability testing of the Sage distribution using Docker and the Sage distro-package database - Haroldo G. Santos - On the design of Python-MIP: Why another Python optimization library? - Travis Scrimshaw - Constructing algebraic objects with the category framework in Sage - Karl-Dieter Crisman (host): Open discussion: Sage in Education - John Palmieri, Nicolas M. Thiéry, and others - Panel discussion: Future development directions for SageMath - Túlio Toffolo - An Introduction to Python-MIP: Building an Effective Traveling Salesman Problem Solver in 30 Minutes with Python-MIP - Kiran Kedlaya - Torsion closures of ideals - Jonathan Kliem - Combinatorics and recent and ongoing development of Polyhedra in Sage - Anne Schilling - Markov chains through semigroup graph expansions - Kwankyu Lee - New in Sage 9.1: Integral curves over finite fields with function fields
Details, schedule, free registration: https://wiki.sagemath.org/days109 -- You received this message because you are subscribed to the Google Groups "sage-support" group. To unsubscribe from this group and stop receiving emails from it, send an email to sage-support+unsubscr...@googlegroups.com. To view this discussion on the web visit https://groups.google.com/d/msgid/sage-support/f8a960f3-89db-43ee-9eea-ee55e2f39595%40googlegroups.com.
