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Bob (Branch & bound optimization library) - Betrand LeCun
BOB is a library for an easy development of the Branch-and-Bound applications.
This library has the double goal of allowing on the one hand the Combinatorial Optimization community to implement their applications without worrying about the architecture of the machines and benefiting the advantages provided by parallelism. On the other hand, BOB offers to the community of Parallelism a set of benchmark composed by the efficient algorithms of Combinatorial Optimization for its parallelization methods and/or tools.
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FAP web - Andreas Eisenblätter and Arie Koster
A website devoted to Frequency Assignment
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An Internet-Based Service for Production Scheduling - Outsourcing Optimization and Decision-Support - John N. Rachlin
The Internet provides the network infrastructure for enabling global communications and for collaborative decision-making. The optAmaze concept is to provide production scheduling personnel with access to sophisticated scheduling optimization and decision-support technology using nothing more complex than an industry-standard web-browser.
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What the heck is Operations Research, anyway? - Gregory Glockner
A narrative definition of the field of operations research.
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The Beer Game - Deniz Caglar, Michael Li, and David Simchi-Levi
The Beer Game is a role-playing simulation developed at MIT in the 1960's to clarify the advantages of taking an integrated approach to managing the supply chain; it particularly demonstrates the value of sharing information across the various supply chain components.
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Career Profiles in OR/MS: Harlan Crowder -
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Intelligent Mathematcial ProgrammingSystem (IMPS) - H.J. Greenberg
The IMPS Consortium was organized and directed by me, 1986 - 1996.
This home page takes to more information and downloadable
software systems: ANALYZE, MODLER and RANDMOD.
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A Short Course in Linear Programming - H.J. Greenberg
This is a short course in linear programming (LP) designed for
people who already know linear algebra and want to understand what
LP is about. It is not a replacement for a full course on the subject,
but you can learn the basics on your own with guidance from the notes I
have prepared plus other resources from the World Wide Web.
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Myths and Counterexamples in Mathematical Programming - H.J. Greenberg
This has counterexamples to some mathematical statements that seem plausible. It serves as useful
teaching material, and is referenced by my Mathematical Programming Glossary.
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Mathematical Programming Glossary - H.J. Greenberg
This is a state-of-the art glossary of terms used in mathematical
programming, with related terms in mathematics, economics and computer
science. In addition to more than 600 entries, there are supplements to
elaborate on some of the most important concepts, and tours to help build
course reference materials.
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Nonlinear Programming Frequently Asked Questions - Robert Fourer
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Linear Programming Frequently Asked Questions - Robert Fourer
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