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Senior Design Project Fair 2018
Department of Industrial Engineering will host a Project Fair to showcase the senior design projects of its graduating class. The projects aim to provide working solutions to complex problems of various industrial firms and organizations both in the manufacturing and service sectors.
On the End-of-Life Inventory Problem
Abstract
Distance-limited Distribution Network Design on the Continuous Space
Distance-limited Distribution Network Design on the Continuous Space
Risk-averse Multi-stage Mixed-integer Stochastic Programming Problems, İrfan Mahmutoğulları
Title: Risk-averse Multi-stage Mixed-integer Stochastic Programming Problems
Abstract: In real life, parameters of many optimization problems are not exactly known when the decisions are made. Stochastic programming is an approach for modeling optimization problems that involve uncertainty. In stochastic programming problems, it is assumed that the parameters are not known exactly, but they are distributed with respect to given probability distribution functions.
Brambles and Multi-stage Modeling on Networks, Dr. Sibel Sonuç
Title of the talk: Brambles and Multi-stage Modeling on Networks
Abstract
Industrial Engineering Senior Project Fair
Department of Industrial Engineering will host a Project Fair to showcase the senior design projects of its graduating class. The projects aim to provide working solutions to complex problems of various industrial firms and organizations both in the manufacturing and service sectors.
We cordially invite everyone to join us at the fair between 14:00-16:00 on June 8, 2017 at Ground Floor Foyer Area of FSA Cultural Center.
A. N. Kolmogorov’s life
IE Seminar: The impact of depot location, fleet composition and routing on emissions in city logistics, Dr. Çağrı Koç
The impact of depot location, fleet composition and routing on emissions in city logistics
Application of Mixed Integer Optimization for Solving Complex Inventory Problems and Problems Stemming from Metabolic Engineering
Abstract: In this talk, I focus on the application of exact and heuristic methods to solve general mixed integer problems, and in particular: inventory problems combined with other decisions such as distribution, supplier selection, vehicle routing, etc (called complex inventory problems), and interesting problems arising from metabolic engineering. In order to solve complex inventory problems, I first consider substructures (relaxations) of such problems which are obtained by the coherent loss of information.