Integer Programming and Combinatorial Optimization

Identically Self-Blocking Clutters.- Min-Max Correlation Clustering via .- Strong Mixed-Integer Programming Formulations for Trained Neural.- Extended Formulations from Communication Protocols in Output-Efficient.- Sub-Symmetry-Breaking Inequalities for ILP with Structured Symmetry.- Intersection Cuts for Polynomial Optimization.-  Fixed-Order Scheduling on Parallel Machines.-  Online Submodular Maximization: Beating 1/2 Made Simple.- Improving the Integrality Gap for Multiway Cut.- nell 1-sparsity Approximation Bounds for Packing Integer Programs.-  A General Framework for Handling Commitment in Online Throughput Maximization.- Lower Bounds and A New Exact Approach for the Bilevel Knapsack with Interdiction Constraints.-  On Friedmann's Subexponential Lower Bound for Zadeh's Pivot Rule.- Tight Approximation Ratio for Minimum Maximal Matching.-  Integer Programming and Incidence Treedepth.-  A Bundle Approach for SDPs with Exact Subgraph Constraints.-  Dynamic Flows with Adaptive Route Choice.-  The Markovian Price of Information.- On Perturbation Spaces of Minimal Valid Functions: Inverse Semigroup Theory and Equivariant Decomposition Theorem.- On Compact Representations of Voronoi Cells of Lattices.- An Efficient Characterization of Submodular Spanning Tree Games.- The Asymmetric Traveling Salesman Path LP Has Constant Integrality Ratio.- Approximate Multi-Matroid Intersection via Iterative Refinement.-  An Exact Algorithm for Robust Influence Maximization.- A New Contraction Technique with Applications to Congruency-Constrained Cuts.- Sparsity of Integer Solutions in the Average Case.- A Generic Exact Solver for Vehicle Routing and Related Problems.- Earliest Arrival Transshipments in Networks With Multiple Sinks.-  Intersection Cuts for Factorable MINLP.- Linear Programming Using Limited-Precision Oracles.- Computing the Nucleolus of Weighted Cooperative Matching Games in Polynomial Time.- Breaking Symmetries toRescue SoS: The Case of Makespan Scheduling.- Random Projections for Quadratic Programs over a Euclidean Ball.