Veatch, Michael H. - Department of Mathematics and Computer Science, Gordon College

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Veatch, Michael H. - Department of Mathematics and Computer Science, Gordon College

Approximate Linear Programming for Networks: Average Cost Michael H. Veatch
Department of Mathematics
Approximate Linear Programming for Average Cost MDPs Michael H. Veatch
Cross-Trained Labor: Perspectives on OR Models Mark P. Van Oyen
Michael H. Veatch mike.veatch@gordon.edu Education Massachusetts Institute of Technology, Cambridge, MA
A c rule for parallel servers with two-tiered c preferences Michael H. Veatch
Zero-Inventory Conditions For a Two-Part-Type Make-to-Stock
The Impact of Customer Impatience on Production Michael H. Veatch
A c rule for parallel servers with two-tiered c preferences Michael H. Veatch
Approximate Dynamic Programming for Networks: Fluid Models and Constraint Reduction
Approximate Linear Programming for Network Control: Column Generation and Subproblems
Comparing LP Bounds for Queueing Networks Matthew C. Russell, Jeff Fraser, Stephen Rizzo, Michael H. Veatch
Queueing Systems 12 (1992) 391-408 391 Monotone control of queueing networks
Approximate Linear Programming for Average Cost MDPs Michael H. Veatch
Performance Bounds and Differential Cost Approximations for Queueing Networks
Production Control with Backlog-Dependent Demand Stanley B. Gershwin
Enhanced Dynamic Programming Algorithms for Series Line Optimization
Gordon CollegeMichael H. Veatch, Fluid Analysis of Arrival Routing
Inspection Strategies for Multistage Production Systems with Time-Varying Quality
Optimal Average Cost Manufacturing Flow Controllers
Optimal Manufacturing Flow Controllers: Zero-Inventory Policies
SCHEDULING A MAKE-TO-STOCK QUEUE: INDEX POLICIES AND HEDGING POINTS
Approximating Sequences of LPs for Networks and Related Michael H. Veatch
Fluid Analysis of an Input Control Problem Michael H. Veatch