Mathematical Optimization Theory and Operations Research

Invited papers.- General equilibrium models in production networks with substitution of inputs.- Mathematical programming and applications.- On decentralized nonsmooth optimization.- Byzantine-robust loopless stochastic variance-reduced gradient.- Semi-supervised k-means clustering via DC programming approach.- On the uniqueness of identification the thermal conductivity and heat capacit of substance.- On the uniqueness of identification the thermal conductivity and heat capacity of substance.- Discrete and combinatorial optimization.- Constant-factor approximation algorithms for some maximin multiclustering problems.- Aggregation tree construction using hierarchical structures.- Enumeration and unimodular equivalence of empty delta-modular simplices.- PTAS for p-means q-medoids r-given clustering problem.- Nested (2,3)-instances of the Cutting Stock Problem.- Stochastic optimization.- On theresource allocation problem to increase reliability of transport systems.- Distributionally robust optimization by probability criterion for estimating a bounded signal.- Scheduling.- Approximation algorithms for two-machine proportionate routing open shop on a tree.- MIP heuristics for a resource constrained project scheduling problem with workload stability constraints.- Hybrid evolutionary algorithm with optimized operators for total weighted tardiness problem.- Game theory.- Equilibrium arrivals to preemptive queueing system with fixed reward for completing request.- On optimal positional strategies in fractional optimal control problems.- On a single-type differential game of retention in a ring.- Harmonic numbers in Gambler's Ruin Problem.- Exploitation and recovery periods in dynamic resource management problem.- Trade-off mechanism to sustain cooperation in pollution reduction.- Communication restriction-based characteristic