<--- Back to Details
First PageDocument Content
Operations research / Convex optimization / Lattice points / Combinatorial optimization / Computational number theory / Ellipsoid method / Linear programming / Leonid Khachiyan / Lattice reduction / LenstraLenstraLovsz lattice basis reduction algorithm / Mathematical optimization / Arjen Lenstra
Date: 2012-07-25 10:24:41
Operations research
Convex optimization
Lattice points
Combinatorial optimization
Computational number theory
Ellipsoid method
Linear programming
Leonid Khachiyan
Lattice reduction
LenstraLenstraLovsz lattice basis reduction algorithm
Mathematical optimization
Arjen Lenstra

51 Documenta Math. Linear Programming Stories

Add to Reading List

Source URL: documenta.sagemath.org

Download Document from Source Website

File Size: 227,94 KB

Share Document on Facebook

Similar Documents

Leveraging Linear and Mixed Integer Programming for SMT Tim King1 Clark Barrett1 1 New

Leveraging Linear and Mixed Integer Programming for SMT Tim King1 Clark Barrett1 1 New

DocID: 1xVFF - View Document

Exploiting Anonymity in Approximate Linear Programming: Scaling to Large Multiagent MDPs

Exploiting Anonymity in Approximate Linear Programming: Scaling to Large Multiagent MDPs

DocID: 1xUZo - View Document

Mixed-Integer Linear Programming �LP�Branch-and-Bound Search

Mixed-Integer Linear Programming LPBranch-and-Bound Search

DocID: 1voVH - View Document

DECOMPOSITION METHODS FOR INTEGER LINEAR PROGRAMMING by  Matthew Galati

DECOMPOSITION METHODS FOR INTEGER LINEAR PROGRAMMING by Matthew Galati

DocID: 1vkrh - View Document

Approximate Linear Programming for Constrained Partially Observable Markov Decision Processes Pascal Poupart† , Aarti Malhotra† , Pei Pei† , Kee-Eung Kim§ , Bongseok Goh§ and Michael Bowling‡ †  David R. Cher

Approximate Linear Programming for Constrained Partially Observable Markov Decision Processes Pascal Poupart† , Aarti Malhotra† , Pei Pei† , Kee-Eung Kim§ , Bongseok Goh§ and Michael Bowling‡ † David R. Cher

DocID: 1vcNT - View Document