Network optimization
Author(s)
Bibliographic Information
Network optimization
(Applications of management science : a research annual / editor, Randall L. Schultz, v. 8 (1995))
JAI Press, c1995
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Description and Table of Contents
Description
This eighth volume in the series discusses such topics as a solution approach for stochastic network problems, a network model for scheduling problems with hierarchical objectives, and a model of tractor-trailer pick up and delivery network optimizations.
Table of Contents
- Introduction, Kenneth D. Lawrence and Gary R. Reeves. Part 1: a solution approach for stochastic network problems, M.J. Schniederjans and G.J. Wilmes
- a strong formulation of a multi-machine, multi-item capacitated lot sizing problems, D.L. Adolphson and K.D. Lawrence
- modelling natural gas pipeline expansion using mixed integer programming, W.R. Stewart and W. Meroney
- a multiple criteria transshipment model, K.D. Lawrence et al. Part 2: a network model for a scheduling problem with hierarchical objectives, J.P. Jarvis and D.R. Shier
- network models for extensions for human systems design, D. Drinka
- assignment of personnel - a multiple criteria approach, K.D. Lawrence et al. Part 3: a model of tractor-trailer pick up and delivery network optimizations - algorithms and computational experiences, L. Spasovic and E.K. Morlok
- mathematical programming approaches to solving transshipment problems with interval supply and demand requirements, N.K. Kwak and R.S. Hemaida
- mixed integer linear programmes for optimizing signal setting in traffic networks, part 1, characteristics and computations efficiency, N.A. Chaudhary and A. Pinnoi
- mixed integer linear programmes for optimizing signal settings on traffic networks, part 2, linear transformations of non-linear constraints, N.A. Chaudhary and T.-H. Wu. Part 4: network optimization in constrained standardized test construction, R. Armstrong et al
- optimal design of pump and treatment well networks, M.M. Aral et al
- short run financial planning using embedded processing networks, R. Al-Khayyal
- short run financial planning using embedded processing networks, R. McBride and D.E. O'Leary
- a penalty method for emergency evacuation network plan problems with side constraints, J.C. Arantes and H.-L. Chang.
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