H 0106 | **Hub location problems** [...] |

Sender | A local improvement heuristic for a hub location problem in wagonload traffic [...] |

Armentano | Tabu search for the hub covering problem [...] |

H 0107 | **Methods for nonlinear optimization V** [...] |

Jaraczewski | Interior point methods for a new class of minimum energy point systems on smooth manifolds [...] |

Rozgic | Interior point methods for the optimization of technological forming processes [...] |

H 0110 | **Nonlinear optimization V** [...] |

Ridzal | A matrix-free trust-region SQP algorithm for large-scale optimization [...] |

Forsgren | Inexact Newton methods with applications to interior methods [...] |

Zhou | Numerical experience of a primal-dual active set method and its improvement [...] |

H 0111 | **Logistics and network optimization: New problems and new approaches** [...] |

Richter | An integrated approach to tactical logistics network optimization [...] |

Penn | Cyclic routing of unmanned aerial vehicles [...] |

Raviv | Optimal control of battery switching stations [...] |

H 0112 | **Real-time optimization II** [...] |

Anitescu | Scalable dynamic optimization [...] |

Kirches | A real-time iteration scheme for mixed-integer nonlinear model predictive control [...] |

Borrelli | Real-time stochastic predictive control applied to building control systems [...] |

H 1012 | **Nonsmooth optimization methods** [...] |

Pietrus | Some methods for solving perturbed variational inclusions [...] |

Hendrich | A double smoothing technique for solving nondifferentiable convex optimization problems [...] |

Gustavsson | Primal convergence from dual subgradient methods for convex optimization [...] |

H 1028 | **Coordinate descent methods for huge-scale optimization** [...] |

Richtarik | Parallel block coordinate descent methods for huge-scale partially separable problems [...] |

Takac | Distributed block coordinate descent method: Iteration complexity and efficient hybrid implementation [...] |

Tappenden | Block coordinate descent method for block-structured problems [...] |

H 1029 | **Interactive multiobjective optimization** [...] |

Geiger | Multi-objective inventory routing: Reference-point-based search, representations, and neighborhoods [...] |

Miettinen | Interactive Pareto Navigator method for nonconvex multiobjective optimization [...] |

Trinkaus | Multi criteria decision support in real-time [...] |

H 1058 | **Software for constraint programming** [...] |

Shaw | Automatic search in CP optimizer [...] |

Nightingale | Watched literals and generating propagators in constraint programming [...] |

Tack | Towards MiniZinc 2.0 [...] |

H 2013 | **Advances in mixed integer programming** [...] |

Toriello | Optimal toll design: A lower bound framework for the traveling salesman problem [...] |

Zhang | Cardinality-constrained continuous mixing set [...] |

Fukasawa | New inequalities for mixing sets arising in chance constrained programming [...] |

H 2032 | **Trends in mixed integer programming III** [...] |

He | Minimum concave cost network flow over a grid network [...] |

Kis | Strengthening the MIP formulation of a bilevel lot-sizing problem [...] |

Furini | Heuristic and exact algorithms for the interval min-max regret knapsack problem [...] |

H 2033 | **Bioinformatics and combinatorial optimization II** [...] |

Köster | Protein hypernetworks [...] |

Klau | Charge group partitioning in biomolecular simulation [...] |

Andonov | Optimal DALI protein structure alignment [...] |

H 2035 | **Control and optimization of impulsive systems I** [...] |

Karamzin | Existence theorems and Pontryagin's Maximum Principle for impulsive control problems [...] |

Silva | Optimal impulsive control problems under uncertainty [...] |

de Oliveira | An Invexity Type Condition on Impulsive Optimal Control Systems [...] |

H 2036 | **Advances in convex optimization** [...] |

Pena | A smooth primal-dual perceptron-von Neumann algorithm [...] |

Zuluaga | Positive polynomials on unbounded domains [...] |

Lotz | Conditioning of the convex feasibility problem and sparse recovery [...] |

H 2038 | **Applications of semidefinite programming** [...] |

Ahmadi | Joint spectral radius, path-complete graphs, and semidefinite programming [...] |

Truetsch | A "smart'' choice of a relaxation for the quadratic assignment problem within a branch-and-bound framework [...] |

Doan | Feature extraction and data clustering with SDP-representable norms [...] |

H 2051 | **Regularity and sensitivity in multicriteria optimization** [...] |

Durea | Metric regularity and Fermat rules in set-valued optimization [...] |

Strugariu | Metric regularity and subregularity of set-valued mappings with applications to vector optimization [...] |

Zalinescu | Variational principles for multifunctions and applications [...] |

H 2053 | **Rigorous global optimization** [...] |

Schichl | Balanced rigorous relaxation methods in global optimization [...] |

Domes | Finding global robust solutions of robust quadratic optimization problems [...] |

Neumaier | Projective methods for constraint satisfaction and global optimization [...] |

H 3002 | **Tree problems** [...] |

Zey | The stochastic Steiner tree problem: Models and solution strategies [...] |

Moura | Generalized degree constraints arising in wireless networks problems [...] |

Raghavan | Recoverable robust two level network design [...] |

H 3003A | **CP hybrids for scheduling** [...] |

Lombardi | Hybrid off-line/on-line workload scheduling via machine learning and constraint programming [...] |

Beck | Loosely coupled hybrids: Tabu search, constraint programming and mixed integer programming for job shop scheduling [...] |

Feydy | Lazy clause generation for RCPSP [...] |

H 3004 | **Cone factorizations and lifts of convex sets** [...] |

Vavasis | Identifying *k* large submatrices using convex programming [...] |

Gouveia | Semidefinite lifts of polytopes [...] |

Glineur | Compact polyhedral approximations for convex sets defined by polynomials [...] |

H 3005 | **Lift-and-project methods for combinatorial optimization problems** [...] |

Chlamtac | Reduced integrality gaps and improved approximations via lift-and-project methods [...] |

Laurent | Error bounds for sums of squares relaxations of some polynomial optimization problems [...] |

Tulsiani | Effectiveness and limitations of local constraints [...] |

H 3008 | **Combinatorics and geometry of linear optimization I** [...] |

Santos | Counter-examples to the Hirsch conjecture [...] |

Hähnle | An abstract view on the polynomial Hirsch conjecture [...] |

Zinchenko | Polytopes and arrangements: Diameter and curvature [...] |

H 3010 | **Travelling salesman problem I** [...] |

Sebő | Shorter tours by nicer ears [...] |

van Zuylen | A proof of the Boyd-Carr conjecture [...] |

Boyd | The travelling salesman problem on cubic and subcubic graphs [...] |

H 3012 | **Algorithms for transistor-level layout** [...] |

Nieberg | BonnCell: Routing of leaf cells in VLSI design [...] |

Schneider | BonnCell: Placement of leaf cells in VLSI design [...] |

Hougardy | Transistor level layout: Algorithms and complexity [...] |

H 3013 | **Matching and related problems** [...] |

Bérczi | Restricted *b*-matchings [...] |

Takazawa | Covering cuts in bridgeless cubic graphs [...] |

Hartvigsen | A generalized *k*-matching problem [...] |

H 3021 | **Sampling, sorting and graph traversal: Algorithms for finding permutations** [...] |

Miracle | Mixing times of self-organizing lists and biased permutations [...] |

Paluch | Simpler approximation of the maximum asymmetric traveling salesman problem [...] |

H 3027 | **Financial optimization** [...] |

Li | A novel method for computing an optimal VaR portfolio [...] |

Lin | First-order algorithms for optimal trade execution with dynamic risk measures [...] |

Moazeni | Regularized robust optimization for optimal portfolio execution [...] |

H 3503 | **New techniques for optimization without derivatives** [...] |

Wright | Defining non-monotone derivative-free methods [...] |

Gray | Calculating and using sensitivity information during derivative-free optimization routines [...] |

Amaran | A comparison of software and algorithms in unconstrained simulation optimization problems [...] |

MA 004 | **Applications of robust optimization I** [...] |

Yanikoglu | Robust simulation-based optimization with Taguchian regression models [...] |

Chen | Robust sparse regression and orthogonal matching pursuit [...] |

Ng | Target-oriented robust optimization for gas field development planning [...] |

MA 005 | **Advances in MINLP** [...] |

Terlaky | Conic representation of the convex hull of disjunctions of convex sets and conic cuts for mixed integer second order cone optimization [...] |

Drewes | Cover inequalities and outer-approximation for mixed-01 SOCPs [...] |

Morsi | Solving MINLPs on loosely coupled networks [...] |

MA 041 | **Practical implementations and models using approximation algorithms** [...] |

Carrasco | Experimental results of approximation algorithms for energy aware scheduling [...] |

Asgeirsson | Performance of distributed game theoretic algorithms for single slot scheduling in wireless networks [...] |

Phillips | Scheduling and planning magnetic resonance imaging machines [...] |

MA 042 | **Advances in robust optimization** [...] |

Xu | A distributional interpretation of robust optimization, with applications in machine learning [...] |

Houska | Lifting methods for generalized semi-infinite programs [...] |

Wiesemann | Robust Markov decision processes [...] |

MA 043 | **Coordination mechanisms for efficient equilibria** [...] |

Gourves | On the price of anarchy of the set cover game [...] |

Müller | Mechanism design for decentralized online machine scheduling [...] |

Gairing | Coordination mechanisms for congestion games [...] |

MA 141 | **Stochastic optimization - Confidence sets, stability, robustness** [...] |

Vogel | Confidence regions for level sets: Sufficient conditions [...] |

Lachout | Local information in stochastic optimization program [...] |

Kopa | Robustness in stochastic programs with risk and probabilistic constraints [...] |

MA 144 | **Topics in stochastic programming** [...] |

Royset | Nonparametric estimation using exponential epi-splines [...] |

Pasupathy | On interior-point based retrospective approximation methods for solving two-stage stochastic linear programs [...] |

MA 313 | **MPECs in function space I** [...] |

Wachsmuth | Convergence analysis of smoothing methods for optimal control of stationary variational inequalities [...] |

Surowiec | A PDE-constrained generalized Nash equilibrium problem with pointwise control and state constraints [...] |

Rautenberg | Hyperbolic quasi-variational inequalities with gradient-type constraints [...] |

MA 376 | **Computational aspects of stochastic integer programming for large-scale and/or real-world problems** [...] |

Schweiger | Multi-scenario topology optimization in gas networks [...] |

Kießling | ISPO – Integrated size and price optimization for a fashion discounter with many branches [...] |

Rambau | The stochastic guaranteed service model [...] |

MA 415 | **Optimization applications in industry I** [...] |

Tse | Optimal boundary control of natural convection-radiation model in melting furnaces [...] |

Sprekels | Optimal control problems arising in the industrial growth of bulk semiconductor single crystals [...] |

Stingelin | Applications of optimal control in electromagnetic flow measurement [...] |

MA 549 | **Stochastic programming applications in energy systems** [...] |

Petra | Scalable stochastic optimization of power grid energy systems [...] |

Klabjan | Day ahead stochastic unit commitment with demand response and load shifting [...] |

Defourny | A quantile-based approach to unit commitment with wind [...] |

MA 550 | **Stochastic programming models for electricity generation planning** [...] |

Carreno | Developing optimization software for Colombian power system planning [...] |

Gonçalves | Analyzing multistage stochastic optimization methods to solve the operation planning problem of hydrothermal systems [...] |

Gendreau | Midterm hydro generation scheduling under inflow uncertainty using the progressive hedging algorithm [...] |