Netflow at Pisa
By: edited by Giorgio Gallo, Claudio Sandi
Contributors: Sandi, Claudio, editor
Series: Mathematical Programming Studies -- 26; Mathematical programming study -- 26.
Publisher: Springer Berlin Heidelberg
Published: 1986
Place of publication: Berlin, Heidelberg
Language: eng
ISBN-13: 9783642009235; 9783642009228
Subjects: Mathematics; Computer science; Mathematical optimization; Mathematics of Computing; Optimization
Table of contents: title: Algorithms for maximum network flow; title: Threshold assignment algorithm; title: Shortest path methods: A unifying approach; title: On a nonbasic dual method for the transportation problem; title: An efficient implementation of the network simplex method; title: Tailoring Benders decomposition for uncapacitated network design; title: An algorithm for the Rural Postman problem on a directed graph; title: Nonlinear cost network models in transportation analysis; title: Variations on the integral decomposition property; title: A short note on matching algorithms; title: Common aspects of several network flow algorithms; title: Finding all optimal solutions to the network flow problem; title: A heuristic procedure for calculating telecommunication transmission networks in consideration of network reliability; title: A linear programming approach to the optimum network orientation problem; title: Computational comparison of two solution procedures for allocation/processing networks; title: Advanced start for the multicommodity network flow problem; title: A class of network design problems with multiple demand: Model formulation and an algorithmic approach; title: Some experience in applying a stochastic method to location problems; title: A new heuristic for determining fleet size and composition; title: Solving integer minimum cost flows with separable convex cost objective polynomially; title: A motivation for using the truncated Newton approach in a very large scale nonlinear network problem; title: The performance of NLPNET, a large-scale nonlinear network optimizer; title: Vehicle routing and scheduling with time windows; title: A game-theoretic approach to network equilibrium.