AbstractGeorge Dantzig created the simplex algorithm for linear programming, perhaps the most important algorithm developed in the 20th century. This paper traces a single historical thread: Dantzig’s work on linear programming and its application and extension to combinatorial optimization, and the investigations it has stimulated about the performance of the simplex algorithm and the intrinsic complexity of linear programming and combinatorial optimization
The Simplex algorithm, developed by George B. Dantzig in 1947 represents a quantum leap in the abili...
Today\u27s world is one characterized by rampant scientific research and development. The recent pro...
Linear programming is a relatively new, very important branch of modern mathematics and is about twe...
AbstractGeorge Dantzig created the simplex algorithm for linear programming, perhaps the most import...
For many of us, modern-day linear programming (LP) started with the work of George Dantzig in 1947. ...
AbstractWe pay homage to George B. Dantzig by describing a less well-known part of his legacy–his ea...
AbstractThis paper reviews George Dantzig’s contributions to integer programming, especially his sem...
The final test of a theory is its capacity to solve the problems which originated it. This work is c...
We pay homage to George B. Dantzig by describing a less well known part of his legacy—his early and ...
This volume features twenty-one invited lectures presented at ismp97, the 16th International Symposi...
During the week of June 2-6, 1980, the System and Decision Sciences Area of the International Instit...
The simplex method, created by George Dantzig, optimally solves a linear program by pivoting. Dantzi...
The thesis begins by giving background in linear programming and Simplex methods. Topics covered inc...
AbstractThe role of optimization is central to economic analysis, particularly in its “neoclassical”...
From the Preface… The preparation of this book started in 2004, when George B. Dantzig and I, follow...
The Simplex algorithm, developed by George B. Dantzig in 1947 represents a quantum leap in the abili...
Today\u27s world is one characterized by rampant scientific research and development. The recent pro...
Linear programming is a relatively new, very important branch of modern mathematics and is about twe...
AbstractGeorge Dantzig created the simplex algorithm for linear programming, perhaps the most import...
For many of us, modern-day linear programming (LP) started with the work of George Dantzig in 1947. ...
AbstractWe pay homage to George B. Dantzig by describing a less well-known part of his legacy–his ea...
AbstractThis paper reviews George Dantzig’s contributions to integer programming, especially his sem...
The final test of a theory is its capacity to solve the problems which originated it. This work is c...
We pay homage to George B. Dantzig by describing a less well known part of his legacy—his early and ...
This volume features twenty-one invited lectures presented at ismp97, the 16th International Symposi...
During the week of June 2-6, 1980, the System and Decision Sciences Area of the International Instit...
The simplex method, created by George Dantzig, optimally solves a linear program by pivoting. Dantzi...
The thesis begins by giving background in linear programming and Simplex methods. Topics covered inc...
AbstractThe role of optimization is central to economic analysis, particularly in its “neoclassical”...
From the Preface… The preparation of this book started in 2004, when George B. Dantzig and I, follow...
The Simplex algorithm, developed by George B. Dantzig in 1947 represents a quantum leap in the abili...
Today\u27s world is one characterized by rampant scientific research and development. The recent pro...
Linear programming is a relatively new, very important branch of modern mathematics and is about twe...