Naval Research Logistics Quarterly. Volume 18, Number 1


Book Description

;Contents: Tree-search algorithms for quadratic assignment problems; Optimal interdiction policy for a flow network; (0,1) Hyperbolic programming problems; Application of the GLM technique to a production planning problem; Sequencing many jobs on a multi-purpose facility; Location of facilities with Rectangular distances among point and area destinations; A technique which combines modified pattern search methods with composite designs and polynomial constraints to solve constrained optimization problems; Finite statistical games and linear programming; On queues with state-dependent Erlang service; Asymptotic inference about a density function at an end of its range; Optimal policies for a multi-echelon inventory system with demand forecasts; Simulation of multi-echelon macro-inventory policies.




Naval Research Logistics Quarterly. Volume 18, Number 2


Book Description

;Contents: Operations analysis during the underwater search for Scorpion; Optimum sequential search with discrete locations and random acceptance errors; Information in two-stage programming under uncertainty; Optimal control of multi-channel service systems; The transportation paradox; A backward recursive technique for optimal dequential sampling plans; The interface of computer science and statistics; Statistical concepts in computational mathematics; Extended iterative weighted least squares: estimation of a linear model in the presence of complications; The lower bounded and partial upper bounded distribution model; Hit probability for a chain-like series of shots--a simple formula.




Naval Research Logistics Quarterly. Volume 18, Number 4


Book Description

Contents: Control variable methods in the simulation of a model of a multiprogrammed computer system; Models for multi-item continuous review inventory policies subject to constraints; The bottleneck transportation problem; Some remarks on the time transportation problem; Integer points on the Gomory fractional cut (hyperplane); Determining the most vital link in a flow network; Optimal location of a single service center of certain types; Scheduling with earliest start and due date constraints; Large deviation probabilities for order statistics; A bivariate normal theory maximum-likelihood technique when certain variances are known; On the use of standard tables to obtain Dodge-Romig LTPD sampling inspection plans; A model for manpower productivity during organization growth; On models for business failure data; A note of a comparison of confidence interval techniques in truncated life tests.







Naval Research Logistics Quarterly. Volume 18, Number 3


Book Description

;Contents: Elimination methods in the mXn sequencing problem; The fractional fixed-charge problem; A hybrid algorithm for the one machine sequencing problem to minimize total tardiness; On a sequential rule for estimating the location parameter of an exponential distribution; A graph theoretic interpretation of the sufficiency conditions for the contiguous-binary-switching (CBS); Allocation of carrier-based attack aircraft using non-linear programming; Dynamic programming approach to the optimization of naval aircraft rework and replacement policies; A note on a first application of clustering procedures to fleet material condition measurements; A note on adaptive boiler tube pulling; A note on a stochastic production-maximizing transportation problem.











Book Description

"Facilities Design" covers modeling and analysis of the design, layout and location of facilities. It also covers design and analysis of materials handling.




A Java Library of Graph Algorithms and Optimization


Book Description

Because of its portability and platform-independence, Java is the ideal computer programming language to use when working on graph algorithms and other mathematical programming problems. Collecting some of the most popular graph algorithms and optimization procedures, A Java Library of Graph Algorithms and Optimization provides the source code for