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| == Get doctest coverage up to 100% == | |
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| == fix all the precision and other TODO issues listed in William's talk == [http://wstein.org/talks/20070930-stein-bsd/ Slides] |
== Period Lattice == * Make it so precision can be specified (in bits) * Make an abstract "period lattice" class |
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| == conductors over number fields == | == Implement Tate's algorithm over number fields == * This means porting Cremona's code. David Roe started on this. * This will give computation of conductors over number fields. == Compute the Neron-Tate canonical height of points on elliptic curves over number fields == |
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| * E.g., separate out all the L-series commands into an L-series class, e.g., like padic_lseries right now. | 1. separate out all the L-series commands into an L-series class, e.g., like padic_lseries right now. == Compute E(F_q) and/or #E(F_q) == * Implement smart baby step-giant step (Albrecht, Sutherland) == Compute with L-series of elliptic curves over number fields == * Use Dokchitser to compute L-function |
Elliptic Curve
Get doctest coverage up to 100%
Period Lattice
- Make it so precision can be specified (in bits)
- Make an abstract "period lattice" class
Implement Tate's algorithm over number fields
- This means porting Cremona's code. David Roe started on this.
- This will give computation of conductors over number fields.
== Compute the Neron-Tate canonical height of points on elliptic curves over number fields ==
Reorganize and refactor the ell_rational_field file
- separate out all the L-series commands into an L-series class, e.g., like padic_lseries right now.
Compute E(F_q) and/or #E(F_q)
- Implement smart baby step-giant step (Albrecht, Sutherland)
Compute with L-series of elliptic curves over number fields
- Use Dokchitser to compute L-function