SS1 - Computer Algebra in Education
| William Bauldry - Creating Stand-Alone Workspaces for Student Explorations with Maple |
| Yasuyuki Kubo - Utilization of Algebrite in KeTLTS |
| Setsuo Takato - Two Methods for Proving 'Japanese Theorem II' Using Maxima and KeTCindy: An Application of the MNR Method |
| Michael Monagan - Mathematical Experiments for Mathematics Majors |
| Masaki Suzuki - Cooperation of KeTCindyJS and Maxima |
| Koji Nishiura - Educational Applications of Solving Sangaku Problems by the MNR Method with Maxima |
| Chieko Komoda - Automatic Grading of Online Graph Plotting Problems |
| Michel Beaudin - Questions and ideas from deceased colleagues that help us carry on (I) |
| Michel Beaudin - Questions and ideas from deceased colleagues that help us carry on (II) |
| Margherita Guida - An educational proposal to interpret linear systems |
| Magdalena Skrzypiec - CAS and Improper Integral - a case study |
| Thierry Noah Dana-Picard - Automated methods applied for the exploration of singularities of some curves |
| Piedad Tolmos - Evaluation of the difficulty of a geometric statement: comparing ChatGPT and GeoGebra Discovery |
| Eli Bagno - Collaboration with ChatGPT for research and teaching in algebraic combinatorics |
SS2 - Computer Algebra Software in the Life Sciences (CASinLife)
| Fabrice Rouillier - On solving parametric systems |
| Atsushi Mochizuki - Biological functions and functional modules originated in the structure of chemical reaction network |
| Bryan Hernandez - Analyzing the dynamics and structure of biochemical reaction networks via network decomposition |
| Nicola Vassena - Symbolic bifurcation analysis of reaction networks with Python. Part I: Theory |
| Richard Golnik - Symbolic bifurcation analysis of reaction networks with Python. Part II: Implementation |
| Ovidiu Radulescu - Graph-Theoretic Algorithms for Reducing Chemical Reaction Networks |
| Robert Lewis - New Results about Bricard’s Flexible Octahedra |
| Sofia Triantafyllou - Learning treatment effects from multiple data |
| Marcus Aichmayr - Reaction networks with (generalized) mass-action kinetics: Sign vector conditions for the existence of a unique general equilibrium |
| Jack Jansma - Bayesian inference of interaction rates in a metabolite-bacteria network using time-series counts |
| Andrzej Mizera - Graph Neural Network-Based Reinforcement Learning for Controlling Biological Networks - the GATTACA framework |
| AmirHosein Sadeghimanesh - Using ML tools to predict number of solutions of parametric system of polynomial equations with the help of CRNs |
SS3 - Computer algebra in group theory and representation theory
| Ilias Andreou - The representations of the Brauer-Chen algebra associated to the exceptional complex reflection groups |
| Maria Chlouveraki - Blocks and Schur elements for Hecke algebras of exceptional complex reflection groups |
| Dinushi Munasinghe - Steadied quotients of KLR algebras |
| Götz Pfeiffer - Reflection Groups in the Light of Formal Concept Analysis |
| Kostas Psaromiligkos - The generalized Springer correspondence for disconnected reductive groups |
| Benedek Dombos - Decomposition of affine crystals in levels 1 and 2 |
| Christos Tatakis - Toric ideals of graphs minimally generated by a Gröbner basis |
| Maria Chatzikyriakou - Coxeter groups via Cartan matrices |
| Daniel Juteau - The exotic nilCoxeter algebra for G(m, m, 3) |
| Angeliki-Aikaterini Metallinou - Matroids |
SS4 - Computational Differential and Difference Algebra and Their Applications
| Subresultants of Several Ore Polynomials |
| Raffaele Vitolo - A Reduce package for Differential Operators in Mathematical Physics and Theoretical Physics |
| Bo Huang - Integrability and Linearizability of a Family of Three-Dimensional Polynomial Systems |
| Varadharaj RaviSrinivasan - Iterated strongly normal extensions and nonlinear differential equations |
| Alexander Levin - Gröbner type Bases with Respect to the Effective Order and Bivariate Dimension Polynomials of Difference Modules |
| Roberto La Scala - Stream cipher over Finite Fields: A Difference Algebra Approach |
| Thierry Combot - Symbolic integration on a planar differential foliation |
| Volodymyr Bavula - Affirmative answer to the Question of Leroy and Matczuk on injectivity of endomorphisms of semiprime left Noetherian rings with large images |
SS5 - Computer algebra modeling in physics, classical and celestial mechanics, and engineering
| Alexander Prokopenya - Secular perturbations in the four-body system with anisotropically varying masses |
| Saltanat Bizhanova - Study of the secular perturbations in the three-planetary four-body problem with isotropically varying masses |
| Alexander Prokopenya - Symbolic computations in studying the stability of nonlinear oscillations of the mathematical pendulum |
| Haiduke Sarafian - Oscillation analysis of a bifilar pendulum with Mathematica |
| Haiduke Sarafian - Kinematics of a point-like charge particle in nontrivial nonhomogeneous electric fields of charged washers |
| Ryszard Kozera - Convergence order in trajectory estimation with piecewise Bezier cubic curves based on reduced data |
| Arkadiusz Orłowski - Possible orderings of mode, median, and mean in unimodal distributions |
| Arkadiusz Orłowski - Classification of universal decision elements using computer algebra system |
| Setsuo Takato - An attempt to create teaching materials for the Brachistochrone curve using Algebrite and KeTLTS |
SS6 - Symbolic Linear Algebra and Its Applications
| Rob Corless - On the maximal spread of symmetric Bohemian matrices |
| Sparse Interpolation in Chebyshev Basis: Early Termination and Georg Heinig’s Toeplitz Solver |
| Mark Giesbrecht - From Smith forms to spectra to iterative algorithms for sparse integer matrices |
| George Labahn - Tools for fast computation of integer matrix normal forms |
| Arne Storjohann - Computing Hermite normal forms of integer matrices faster |
SS7 - History of Computer Algebra
| Stephen Watt - Portability of early CAS |
| Sasaki Tateaki - Symbolic computation in 1974-1976 in Japan |
| Arthur Norman - 60+ years of applications: a perspective from Reduce |
| Michael Monagan - A history of efficiency problems in Maple |
| David Jeffrey - Soft Warehouse, Derive and Computer Algebra |
| Jürgen Gerhard - A personal history with computer algebra |
| Rob Corless - Analysis vs algebra in symbolic computation |
| Lihong Zhi - Symbolic-Numeric Computation |
| Michael Wester - 30 Years of Applications of Computer Algebra (ACA), A Personal Perspective |
SS8 - D-Finite Functions and Beyond: Algorithms, Combinatorics, and Arithmetic
| Shachar Weinbaum - Conservative Matrix Fields - Algebra and Asymptotics |
| Ali K. Uncu - A MacMahon Partition Analysis View of Cylindric Partitions |
| Frédéric Chyzak - Computing D-Finite Symmetric Scalar Products in Order to Count Regular Graphs |
| Julien Roques - A purity theorem for Mahler equations |
| Bertrand Teguia Tabuguia - Guessing and arithmetic of D-algebraic sequences |
| Georg Regensburger - Integro-differential rings and generalized shuffle relations |
| Jakob Obrovsky - A direct solver for coupled systems of recurrence equations over ΠΣ∗-fields |
| Manuel Kauers - Non-Minimality of Minimal Telescopers Explained by Residues |
| Robert Green - Non-commutative D-finite & D-algebraic power series and formal languages |
SS9 - Algebraic geometry from an algorithmic point of view
| Martin Weimann - Improving convex-dense bivariate factorization |
| Werner M. Seiler - Deterministic Determination of Axial Constants and Sectional Regularities |
| Pietro Sabatino - A computer-aided construction of non-homeomorphic double Kodaira fibrations that possess the same biregular invariants |
| Elena Sammarco - Constructing nonspecial divisors in the moduli space of cubic fourfolds |
| Simone Pesatori - The moduli space of rational elliptic surfaces |
| Abhiram Natarajan - Gröbner bases native to finitely generated commutative algebras with term order, with application to the Hodge algebra of minors |
| Gal Goren - Computational Generation of Zariski Pairs in Conic-Line Arrangements |
| Özhan Genç - Homogenous Instanton Bundles on Grassmannians |
| Barbara Betti - Khovanskii bases in computer algebra |
| Sara Asensio - On the shape of Betti diagrams of edge ideals |
| Meirav Amram (Topol) - Computational Classification and Generation of Algebraic Surfaces and Curves via Algorithms |
| Florent Corniquel - Solving parametric polynomial systems using generic Rational Univariate Representation |
| Yota Maeda - Geometric Foundations for Transformer in Gröbner Basis Computation |
| Matthias Orth - The Gröbner basis for powers of a general linear form in a monomial complete intersection |
| Alessandro Neri - Combinatorics of Schubert Cells in Random Network Coding |
SS10 - Algebraic and Algorithmic Aspects of Differential and Integral Operators Session
| Manuel Kauers - A Shape Lemma for Ideals of Differential Operators |
| Antonio Jiménez-Pastor - Computing centralizers for linear differential operators |
| Vincel Hoang Ngoc Minh - Solutions of Knizhnik-Zamolodchikov equation by dévissage |
| Clemens Hofstadler - Recent Advancements in Noncommutative Gröbner Basis Software |
| Florian Fürnsinn - An Effective Version of the Grothendieck p-curvature Conjecture for Order One Differential Equations |
| Thierry Combot - Hypergeometric solutions of elliptic difference equations |
| Cyrille Chenavier - Topological closure of formal powers series ideals and application to topological rewriting theory |
| Manfred Buchacher - Separated Variables on Plane Algebraic Curves |
| Hadrien Brochet - Faster multivariate integration in D-modules |
| Peter Krug - Undecidability of Noncommutative Ideal Membership and Counterexamples of Operator Statements |
| Alexander Levin - Generalized Gröbner Bases and Dimension Polynomials of D-modules |
| Tobias Metzlaff - Combining Sparsity and Symmetry Exploitation for SOS-Certificates |
| Bertrand Teguia Tabuguia - Closed forms of power series with hypergeometric-type terms |
| Chia Zargeh - An algorithmic problem for Nijenhuis Lie algebras |
| Yi Zhang - The Expansion Complexity of Ultimately Periodic Sequences over Finite Fields |
| Khalil Ghorbal - The Shimizu-Morioka System Has No Nontrivial Darboux Polynomials |
| Sergei Abramov - The indicial equation of the product of linear ordinary differential operators |
| Yulia Mukhina - New algorithm for differential elimination based on support bound |
SS11 - Sparse Interpolation and Technology
| Annie Cuyt - Sparse Interpolation in CS&E |
| Anthony O'Hare - Exponential Analysis for Net Operational Balance Forecasting |
| Ramonika Sengupta - A Fast Exponential Analysis and Variable Projection Based Method for Linear Antenna Array Synthesis |
| Garrett Paluck - A new black box GCD algorithm using sparse Hensel lifting |
SS12 - Symbolic-Numeric Computation
| Arnaud Minondo - Static bounds for straight-line programs |
| Jürgen Gerhard - Multivariate Complex Solver in Maple 2024 |
| Matías Bender - Solving bihomogeneous polynomial systems with a zero-dimensional projection |
| Máté László Telek - Copositive geometry of Feynman integrals |
SS13 - Advances in Coding Theory: Algebraic, Combinatorial and Computational Methods
| Daniel Panario - Girth Analysis of Quantum Quasi-Cyclic LDPC Codes |
| Buket Özkaya - Characterization of Nearly Self-Orthogonal Quasi-Twisted Codes and Related Quantum Codes |
| Burcu Gülmez Temür - On the complete characterization of a class of permutation trinomials in characteristic five |
| Chiara Castello - Some constructions of asymptotically optimal cyclic subspace codes |
| Giovanni Longobardi - Scattered trinomials of F_{q^6}[X] in even characteristic |
| Iliya Bouyukliev - Graph isomorphism and isomorphism of binary matrices |
| Mariya Dzhumalieva-Stoeva - Enumeration of optimal binary and ternary linear codes with different hull dimensions |
| Maryam Bajalan - On the minimum distance and covering radius of irredundant orthogonal arrays |
| Peter Boyvalenkov - On a spherical code with 2025 points |
| Stefka Bouyuklieva - On the hulls of linear codes |
| Stela Zhelezova - Resolutions of cyclic 2-(40,4,1) designs |
| Peter Dragnev - Universal polarization of sharp codes in the Leech lattice |
SS14 - Finite Fields and Applications
| Alev Topuzoglu - A new tool for differential analysis of functions in characteristic 2 |
| Qiang (Steven) Wang - On constructing bent functions from cyclotomic mappings |
| Tekgül Kalaycı - Bent partitions, vectorial dual-bent functions, and association schemes |
| Irene Villa - Quadratic-like permutations over F_n^2 |
| Dimitris Simos - Algebraic and SAT Methods for Classes of Covering Arrays |
| John Sheekey - Invariant Polynomials and Cyclic Line Spreads |
| Ferruh Ozbudak - Further results on covering radii of some codes and their connections |
| Giorgos Kapetanakis - Normal and primitive normal elements with prescribed traces in intermediate extensions of finite fields |
| Domingo Gómez-Pérez - Automatic Sequences Along Polynomial Subsequences and Their Applications |
| Michael Monagan - Factoring Multilinear Boolean Polynomials |
| Lucia Moura - New covering arrays of strength-4 and q symbols from three truncated Möbius planes in P G(3, q), for odd prime power q |
| Lucas Da Silva Reis - Nilpotent linearized polynomials and applications |
SS15 - Reliable numerical computing and differential equations
| Barbara Betti - Proudfoot-Speyer degenerations of scattering equations |
| Alexandre Guillemot - Braid monodromy computations using certified path tracking |
| Fabrice Rouillier - Some challenges and applications for continuation methods for solving algebraic systems |
| Fredrik Johansson - Vector-friendly numbers with n-word precision |
| Long Qian - Logical Completeness of Differential Equations |
SS16 - Solving Matrix and Tensor Equations
| Mengyan Xie - Fixed-Time Tensor Gradient Neural Network for Online Sylvester Tensor Equation Solving |
| Xiaodong Zhang - The A_α-spectral radius of uniform hypergraphs |
| Yang Zhang - Solving reduced biquaternion tensor equations and applications |
| Dingkang Wang - On minor prime factorization for rank-deficient multivariate polynomial matrices |
| Qingwen Wang - The generalized hand-eye calibration equation and its application |
SS17 - Combinatorial and Geometrical Methods in Contemporary Coding Theory
| Alessandro Neri - The geometry of one-weight linear rank-metric codes |
| Luca Bastioni - Characteristic polynomial of linearized polynomials |
| Francesco Ghiandoni - Towards the classification of scattered binomials |
| Valentina Pepe - Codes deriving from some subvarieties of the Segre variety |
| Elisa Junghans - Construction of LDPC convolutional codes from Latin squares |
| Julia Lieb - Construction of partial unit-memory MDP convolutional codes with low encoding and decoding complexity |
| Tefjol Pllaha - Quantum LDPC codes and decoding challenges |
| Michael Schaller - Lattices over Non-Archimedean Fields and Their Applications to Coding Theory |
| Valentino Smaldore - Equivalences of rank distance codes |
| Rocco Trombetti - On the minimum weight of some geometric codes |
| Cristina Fernández-Córdoba - Hamming weight distributions of linear simplex codes over finite chain rings and their Gray map |
| Carlos Vela Cabello - On some properties of the Gray map |
SS18 - Noncommutative Symbolic Computation
| Jianqiang Zhao - Unramified Variants of Motivic Multiple Zeta Values |
| Quoc Hoan Ngo - Families of Eulerian Functions Involved in Regularization of Divergent Polyzetas |
| Vu Nguyen Dinh - A Generalization of Magnus Duality |
| Kohei Kitamura - A Combinatorial Property of Multiple Polylogarithms at Non-positive Indices |
| Nao Komiyama - On Kashiwara-Vergne Lie Algebra and Double Shuffle Lie Algebra in Mould Theory |
| Vincel Hoang Ngoc Minh - Various bialgebras of representative functions on free monoids |
| Steven Charlton - Goncharov's Programme, and Symmetries of Weight 6 Multiple Polylogarithms |
| Van Chien Bui - Various Products of Representative Series and Some Applications |
| Olivier Bouillot - Multiple Divided Bernoulli Polynomials and Numbers |
| Jean-Yves Enjalbert - Multiplicative structure of some multivariate functions |
| Gérard H. E. Duchamp - Extension by continuity of the domain of Poly- and Hyper-logarithms |