#19897: Rewriting introductory thematic tutorial on coding theory
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Reporter: dlucas | Owner:
Type: enhancement | Status: needs_review
Priority: major | Milestone: sage-7.0
Component: coding theory | Resolution:
Keywords: | Merged in:
Authors: David Lucas | Reviewers:
Report Upstream: N/A | Work issues:
Branch: | Commit:
u/dlucas/introductory_thematic_tutorial|
2057fee08a6657d419272ee0a2ecbb1b73d95d0b
Dependencies: | Stopgaps:
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Changes (by {'newvalue': u'David Lucas', 'oldvalue': ''}):
* status: new => needs_review
* commit: => 2057fee08a6657d419272ee0a2ecbb1b73d95d0b
* cc: tscrim (added)
* author: => David Lucas
Comment:
With all the recent work done on the coding theory library in Sage, the
existing thematic tutorial on CT should be updated.
This tutorial has (imho) some problems:
- it is more a catalog of available methods and constructions rather than
an actual tutorial
- it goes very fast into very specific methods and details, which should
not be mentioned here
This ticket proposes a complete rework of this tutorial, which, instead of
listing methods and constructions, gives some clues on how to build
generic linear codes and perform standard operations (encoding, decoding,
adding errors in words) for people working on coding theory.
It also explains to the user how to find any method and construction he
needs.
Furthermore, it keeps things simple and never goes into technical details,
or advanced scientific notions, preferring in that case to redirect the
interested reader to manual pages instead.
----
New commits:
||[http://git.sagemath.org/sage.git/commit/?id=baa9f20fa041ece4f2c3d5eb3f76af74334ff2ce
baa9f20]||{{{First version of the tutorial}}}||
||[http://git.sagemath.org/sage.git/commit/?id=cb653141eced7deabf3cecffe3ba28bb85498bdc
cb65314]||{{{Update to latest beta}}}||
||[http://git.sagemath.org/sage.git/commit/?id=2057fee08a6657d419272ee0a2ecbb1b73d95d0b
2057fee]||{{{Small fixes and improvements}}}||
--
Ticket URL: <http://trac.sagemath.org/ticket/19897#comment:2>
Sage <http://www.sagemath.org>
Sage: Creating a Viable Open Source Alternative to Magma, Maple, Mathematica,
and MATLAB
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