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• Alper Atamturk

• Gemma Berenguer
• Ryan Herring
• Timmy Siauw

• Simge Kucukyavuz
• Sinan Gurel
• Juan Carlos Munoz
• Vishnu Narayanan
• Deepak Rajan
• Karen Smilowitz
• Muhong Zhang

• Optimization Seminar
• Computational Optimization
• Integer Programming & Combinatorial Optimization

• Research Reports
• Theses
• Data Sets

Welcome to Berkeley Computational Optimization Lab!

Research activities at BCOL are concentrated predominantly on mathematical programming with discrete variables, commonly referred to as integer programming. Integer programming is a powerful and versatile modeling and algorithmic approach for optimization problems with discrete choices for the decision variables. These computationally challenging, non-convex optimization problems arise in diverse applications ranging from genetics to financial optimization, from fiber-optic network design to power generation.

We are in a very exciting period in integer programming research. Recent innovations in optimization theory and algorithms coupled with the advances in computer technology enable us to solve large-scale practical optimization problems that we could not have imagined attacking a decade ago. Researchers in our group develop cutting-edge theories and algorithms that push the limits of solving large-scale integer programs.

Recent research projects of our group include conic integer programming, robust optimization, polyhedral cutting planes for mixed-integer programming, superadditive lifting techniques, optimization of logistics networks, polyhedral methods for production lot sizing, network flow and design under demand uncertainty, and survivable telecom network design. Detailed information on the projects can be found in BCOL Research Reports page.

A few researcher positions at doctoral and postdoc levels are available. We are especially interested in applicants with training and/or prior research experience in polyhedral theory, conic optimization, integer programming, and network design. We welcome visiting scholars with similar interests. Please contact Professor Atamturk for further information.

BCOL is equipped with Pentium Linux workstations having access to Berkeley DECF Linux computing clusters with more than 100 hosts. The complete suite of ILOG CPLEX optimization system and callable libraries, SeDuMi, Matlab, and AMPL modeling system are available for the researchers of the lab.

Research projects at BCOL are supported, in part, by grants from The National Science Foundation, IBM Corporation, and the University of California-Berkeley.