Final list of
Laureates with countries of origin and the titles of the papers to be presented
during the Institute:
Two
Branch & Bound Methods for a Generalized Class of Location-Allocation Problems
Cacchiani,
Valentina (Italy)
Freight Transportation in Railway Networks
Contreras,
Ivan (Mexico
- ALIO)
A Lagrangean Relaxation Approach for the Capacitated Single
Allocation Hub Location
Problem
Espejo,
Inmaculada (Spain)
Ordered Median Problem with ℓp norm
Fuellerer,
Guenther (Austria)
Ant Colony Optimization for the Two-dimensional Loading Vehicle
Routing Problem
García,
Sergio (Spain)
Chvátal T-inequalities for
the p-median Simple Plant Location Problem with Order
Gordillo,
José (Spain)
Locating a semi-obnoxious facility with repelling polygonal regions
Grahl,
Jörn (Germany)
Linkage in warehouse location problems: The numbering effect and its
influence on evolutionary
algorithms
Günneç,
Dilek (Turkey)
A Two-Stage Multi-Criteria Stochastic Programming Model for Location
of Emergency
Response and Distribution Centers
Hemmelmayr,
Vera (Austria)
Delivery Strategies for Blood Products Supplies
Kalcsics,
Jörg (Germany)
Conditional and Semi-obnoxious Ordered Median Problems on Networks
Kauder,
Saskia (Austria)
Strategic Network Planning
for International Automotive Manufacturers
Mitropoulos,
Panagiotis (Greece)
Locational Planning for an Integrated Solid Waste Management System
Özkisacik,
Kerem (Turkey)
Solving Probabilistic Multi-facility Weber Problem by Vector Quantization
Poetranto,
Dwi (Germany)
A general model of location problems on capacitated networks
Redondo,
Juana López (Spain)
CG − GASUB: A parallelized algorithm for finding global optima
to a class of discrete
location problems
Salema
Isabel (Portugal)
A strategic and tactical model for closed-loop supply chains
Sgalambro,
Antonino (Italy)
Models for the schedule
optimization problem at a public transit terminal
Thanh,
Phuong Nga (France)
A dynamic model for the facility location in supply chain design
Tóth,
Boglárka (Hungary)
Sensitivity analysis of the optimal solutions to Huff-type competitive
location and design
problems
Vanhaverbeke,
Lieselot (Belgium)
Maximal Covering Location Problem with Price Decision for
Revenue Maximization in
a Competitive Environment
Velten,
Sebastian (Germany)
A Reformulated and Extended Covering Model for Flexible Discrete
Location Problems
Xanthopoulos,
Anastasios (Greece)
A Generic Analytical Quantitative Location Model for the
Design of a Reverse Supply Chain
Yildirmaz,
Can (Turkey)
Pricing and
Lot
Sizing Decisions in a Two-Echelon Supply Chain with Transportation Costs
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