#16773: Analytic Rank Bound
-------------------------------------+-------------------------------------
       Reporter:  spice              |        Owner:  spice
           Type:  enhancement        |       Status:  needs_review
       Priority:  major              |    Milestone:  sage-6.4
      Component:  elliptic curves    |   Resolution:
       Keywords:  elliptic curves,   |    Merged in:
  analytic rank, l-functions         |    Reviewers:  William Stein
        Authors:  Simon Spicer       |  Work issues:
Report Upstream:  N/A                |       Commit:
         Branch:                     |  c7797e5d5c44e467ddebd5586bd48c4b093633f6
  u/spice/analytic_rank_bound        |     Stopgaps:
   Dependencies:                     |
-------------------------------------+-------------------------------------

Old description:

> Implement functionality to bound from above the analytic rank of a
> rational elliptic curve. This uses the zero sum method as described in
> [http://msp.org/obs/2013/1-1/obs-v1-n1-p07-s.pdf]. Because this avoids
> computing with the curve's L-function directly, it is often faster than
> traditional analytic rank techniques.
>
> The enhancement also includes functionality to compute more general zero
> sums for an elliptic curve L-function, as well as computing with the
> logarithmic derivative. The elliptic_curves object in Sage has also been
> modified to contain examples of elliptic curves up to rank 28. To this
> end the elliptic_curves spkg has been updated to version 0.8. The
> archived data file can be obtained at
> [https://cloud.sagemath.com/projects/8499bab7-d4a5-4956-acd2-248b5550731d/files/elliptic_curves-0.8.tar.bz2]

New description:

 Implement functionality to bound from above the analytic rank of a
 rational elliptic curve. This uses the zero sum method as described in
 [http://msp.org/obs/2013/1-1/obs-v1-n1-p07-s.pdf]. Because this avoids
 computing with the curve's L-function directly, it is often faster than
 traditional analytic rank techniques.

 The enhancement also includes functionality to compute more general zero
 sums for an elliptic curve L-function, as well as computing with the
 logarithmic derivative. The elliptic_curves object in Sage has also been
 modified to contain examples of elliptic curves up to rank 28. To this end
 the elliptic_curves spkg has been updated to version 0.8. The zipped data
 file for the spkg can be obtained at
 [http://www.math.washington.edu/~mlungu/files/elliptic_curves-0.8.tar.bz2]

--

Comment (by spice):

 The elliptic_curves spkg has been updated, and version number incremented
 to 0.8. The zipped data file for the spkg can be obtained at
 [http://www.math.washington.edu/~mlungu/files/elliptic_curves-0.8.tar.bz2]

--
Ticket URL: <http://trac.sagemath.org/ticket/16773#comment:14>
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