Mathematical Optimization Theory and Operations Research: Recent Trends

Invited Papers.- Towards Subderivative-based Zeroing Neural Networks.- Mathematical Programming.- An Algorithm for Decentralized Multi-agent Feasibility Problems.- Online Optimization Problems with Functional Constraints under Relative Lipschitz Continuity and Relative Strong Convexity Conditions.- A Cutting Method with Successive Use of Constraint Functions in Constructing Approximating Sets.- Implementing One Variant of the Successive Concessions Method for the Multi-objective Optimization Problem.- Stochastic Optimization.- UCB Strategy for Gaussian and Bernoulli Multi-armed Bandits.- Estimation of Both Unknown Parameters in Gaussian Multi-armed Bandit for Batch Processing Scenario.- Zero-order Stochastic Conditional Gradient Sliding Method for Non-smooth Convex Optimization.- Discrete and Combinatorial Optimization.- Tabu Search Metaheuristic for the Penalty Minimization Personnel Task Scheduling Problem.- An O(n log n)-time Algorithm for Linearly Ordered Packing of 2-bar Charts into OP T + 1 Bins.- Approximation Algorithms for Graph Cluster Editing Problems with Cluster Size at Most 3 and 4.- On Cone Partitions for the Min-cut and Max-cut Problems with Non negative Edges.- A Pattern-based Heuristic for a Temporal Bin Packing Problem with Conflicts.- Integer Models for the Total Weighted Tardiness Problem on a Single Machine.- Solving Maximin Location Problems on Networks with Different Metrics and Restrictions.- Operations Research.- On Probability Shaping for 5G MIMO Wireless Channel with Realistic LDPC Codes.- Additive Routing Problem for a System of High-priority Tasks.- Public-private Partnership Model with a Consortium.- Variable Neighborhood Search Approach for the Bi-criteria Competitive Location and Design Problem with Elastic Demand.- Decomposition Approach for Simulation-based Optimization of Inventory