Simon Telen, Marc Van Barel, and Jan Verschelde:
A Robust Numerical Path Tracking Algorithm for Polynomial Homotopy Continuation.
Accepted for publication in SIAM Journal on Scientific Computing.
Anton Leykin, Abraham Martin del Campo,
Frank Sottile, Ravi Vakil, and Jan Verschelde:
Numerical Schubert Calculus via the Littlewood-Richardson Homotopy Algorithm.
Accepted for publication in Mathematics of Computation.
Try phcpy in a python or SageMath kernel of a jupyter notebook
The link to our first web interface is here:
Web interface to PHCpack(beta).
My research interests concern the
application of polynomial homotopy continuation
to scientific and engineering problems .
The methodology involves the following fields:
Computational Algebraic Geometry,
Combinatorial and Polyhedral Methods,
Mathematical Software and Applications, and
See the poster
about numerical algebraic geometry;
and the poster
about PHCpack and phcpy; and
presented at the SciPy 2019 conference.
Updated Wednesday 30 September 2020 with
Updated Wednesday 30 September 2020, with