Accepted papers
Thank you to everyone who submitted papers to ANTS XII! We are pleased to announce that the following papers have been accepted. (Papers are listed alphabetically by authors.)
- Tuple Lattice Sieving, by Shi Bai, Thijs Laarhoven and Damien Stehlé.
- Databases of Elliptic Curves Ordered by Height and Distributions of Selmer Groups and Ranks, Jennifer Balakrishnan, Wei Ho, Nathan Kaplan, Simon Spicer, William Stein and James Weigandt.
- Constructing genus 3 hyperelliptic Jacobians with CM, by Jennifer S. Balakrishnan, Sorina Ionica, Kristin Lauter and Christelle Vincent.
- Fast heuristic algorithms for computing relations in the class group of a quadratic order with applications to isogeny evaluation, by Jean-François Biasse, Claus Fieker and Michael Jacobson.
- Division algebras and maximal orders for given invariants, by Gebhard Boeckle and Damian Gvirtz.
- A database of genus 2 curves over the rational numbers, by Andrew R. Booker, Jeroen Sijsling, Andrew V. Sutherland, John Voight and Dan Yasaki.
- On error distributions in ring-based LWE, by Wouter Castryck, Ilia Iliashenko and Frederik Vercauteren
- An Algorithm for NTRU Problems and Cryptanalysis of the GGH Multilinear Map without an encoding of zero, by Jung Hee Cheon, Jinhyuck Jeong and Changmin Lee.
- Explicit isogenies in quadratic time in any characteristic, by Luca Defeo, Jerome Plût, Eric Schost and Cyril Hugounenq.
- Point counting on K3 surfaces and an application concerning real and complex multiplication, by Andreas-Stephan Elsenhans and Joerg Jahnel.
- Visualizing elements of order 7 in the Tate-Shafarevich group of an elliptic curve, by Tom Fisher.
- Algorithms for the Approximate Common Divisor Problem, by Steven Galbraith, Shishay Gebregiyorgis and Sean Murphy.
- Collecting relations for the Number Field Sieve in GF(p^6), Pierrick Gaudry, Laurent Grémy and Marion Videau.
- Reducing number field defining polynomials: an application to class group computations, by Alexandre Gelin and Antoine Joux.
- Computing L-series of geometrically hyperelliptic curves of genus three, by David Harvey, Maike Massierer and Andrew Sutherland.
- A census of zeta functions of quartic K3 surfaces over F_2, by Kiran Kedlaya and Andrew Sutherland.
- Roots of Sparse Polynomials over a Finite Field, by Zander Kelley.
- Real multiplication through explicit correspondences, by Abhinav Kumar and Ronen Mukamel.
- Computing theta functions in quasi-linear time in genus 2 and above, by Hugo Labrande and Emmanuel Thomé.
- JKL-ECM: An implementation of ECM using Hessian Curves, by Gary McGuire, Henriette Heer and Oisin Robinson.
- Computing cardinalities of Q-curve reductions over finite fields, by Francois Morain, Charlotte Scribot and Benjamin Smith.
- Computing Canonical Heights on Elliptic Curves in Quasi-Linear Time, by J. Steffen Müller and Michael Stoll.
- Effective Hasse principle for the intersection of two quadrics, by Tony Quertier.
- Computing Jacobi forms, by Nathan Ryan, Nicolás Sirolli, Nils-Peter Skoruppa and Gonzalo Tornaría.
- Character theory approach to Sato-Tate groups, by Yih-Dar Shieh.
- Reduced Memory Meet-in-the-Middle Attack against the NTRU Private Key, by Christine van Vredendaal.