Many polynomial invariants of knots and links, including the Jones and HOMFLY-PT polynomials, are widely used in practice but #P-hard to compute. It was shown by Makowsky in 2001 that computing the Jones polynomial is fixed-parameter tractable in the treewidth of the link diagram, but the parameterised complexity of the more powerful HOMFLY-PT polynomial remained an open problem. Here we show that computing HOMFLY-PT is fixed-parameter tractable in the treewidth, and we give the first sub-exponential time algorithm to compute it for arbitrary links
The Jones and HOMFLY polynomials are link invariants with close connections to quantum computing. It...
AbstractWe consider various classes of graph polynomials and study their computational complexity. O...
In this section we introduce the Jones polynomial a link invariant found by Vaughan Jones in 1984. L...
Many polynomial invariants of knots and links, including the Jones and HOMFLY-PT polynomials, are wi...
AbstractWe study the parametrized complexity of the knot (and link) polynomials known as Jones polyn...
We give a general fixed parameter tractable algorithm to compute quantum invariants of links present...
The HOMFLY-PT polynomial is a link invariant which is effective in determining chiral knot and link ...
International audienceWe give a general fixed parameter tractable algorithm to compute quantum invar...
The topic of this thesis is the Jones polynomial of a given knot and its com- putation. First we def...
AbstractWe give a fast algorithm for computing Jones polynomials of 2-bridge links. Given the Tait g...
AbstractTutte polynomials are important graph invariants with rich applications in combinatorics, to...
This report will spend the majority of its time discussing two polynomial invariants. First we will ...
We give a fine-grained classification of evaluating the Tutte polynomial T(G; x, y) on all integer p...
We show that an essential part of the new (Jones-type) polynomial link invariants can be computed in...
The Jones and HOMFLY polynomials are link invariants with close connections to quantum computing. It...
The Jones and HOMFLY polynomials are link invariants with close connections to quantum computing. It...
AbstractWe consider various classes of graph polynomials and study their computational complexity. O...
In this section we introduce the Jones polynomial a link invariant found by Vaughan Jones in 1984. L...
Many polynomial invariants of knots and links, including the Jones and HOMFLY-PT polynomials, are wi...
AbstractWe study the parametrized complexity of the knot (and link) polynomials known as Jones polyn...
We give a general fixed parameter tractable algorithm to compute quantum invariants of links present...
The HOMFLY-PT polynomial is a link invariant which is effective in determining chiral knot and link ...
International audienceWe give a general fixed parameter tractable algorithm to compute quantum invar...
The topic of this thesis is the Jones polynomial of a given knot and its com- putation. First we def...
AbstractWe give a fast algorithm for computing Jones polynomials of 2-bridge links. Given the Tait g...
AbstractTutte polynomials are important graph invariants with rich applications in combinatorics, to...
This report will spend the majority of its time discussing two polynomial invariants. First we will ...
We give a fine-grained classification of evaluating the Tutte polynomial T(G; x, y) on all integer p...
We show that an essential part of the new (Jones-type) polynomial link invariants can be computed in...
The Jones and HOMFLY polynomials are link invariants with close connections to quantum computing. It...
The Jones and HOMFLY polynomials are link invariants with close connections to quantum computing. It...
AbstractWe consider various classes of graph polynomials and study their computational complexity. O...
In this section we introduce the Jones polynomial a link invariant found by Vaughan Jones in 1984. L...