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The U-line Line Balancing Problem

Management Science, 1994
The traditional line balancing (LB) problem considers a production line in which stations are arranged consecutively in a line. A balance is determined by grouping tasks into stations while moving forward (or backward) through a precedence network. Recently many production lines are being arranged in a “U-line,” as a consequence of the use of just-in ...
G. J. Miltenburg, J. Wijngaard
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A Production Line that Balances Itself

Operations Research, 1996
In “bucket brigade” manufacturing, such as recently introduced to the apparel industry, a production line has n workers moving among m stations, where each worker independently follows a simple rule that determines what to do next. Our analysis suggests and experiments confirm that if the workers are sequenced from slowest to fastest then ...
John J. Bartholdi III   +1 more
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A Balancing Method and Genetic Algorithm for Disassembly Line Balancing

European Journal of Operational Research, 2007
zbMATH Open Web Interface contents unavailable due to conflicting licenses.
Surendra M Gupta, Seamus M McGovern
exaly   +4 more sources

On Assembly-Line Balancing Problems

Operations Research, 1969
This paper considers three kinds of assembly-line disciplines: assembly lines without parallel subassemblies, lines with parallel subassemblies, and single-product assembly lines. To each such discipline there corresponds a line balancing problem. For the second and third disciplines, feasible (but not necessarily optimal) balances are characterized ...
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Balancing matrices with line shifts

Combinatorica, 1983
The authors give a deterministic proof [not a probabilistic one as in the original paper written by \textit{J. Komlós} and \textit{M. Suliok}, Comb. Theory Appl., Colloquia Math. Soc. János Bolyai 4, 721-728 (1970; Zbl 0216.020)] of the following theorem: If \(A=(a_{ij})\), with \(a_{ij}=\pm 1\) is a \(n\times n\) matrix, then it is possible to ...
József Beck, Joel Spencer
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An Algorithm for the Line Balancing Problem

Management Science, 1964
An algorithm, based on finding a shortest route in a finite directed network, is given for the assembly line balancing problem. Arc lengths are such that it is sufficient to find any path from the origin to destination node containing a minimal number of arcs.
Allan L. Gutjahr, George L. Nemhauser
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Improved Bounds for On-Line Load Balancing

Algorithmica, 1996
zbMATH Open Web Interface contents unavailable due to conflicting licenses.
Matthew Andrews   +2 more
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On-Line Load Balancing for Related Machines

Journal of Algorithms, 1997
Summary: We consider the problem of scheduling permanent jobs on related machines in an on-line fashion. We design a new algorithm that achieves the competitive ratio of \(3+ \sqrt 8\approx 5.828\) for the deterministic version, and \(3.31/\ln 2.155\approx 4.311\) for its randomized variant, improving the previous competitive ratios of 8 and \(2e ...
Piotr Berman   +2 more
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Production-Line Balances for Mixed-Model Lines

Management Science, 1972
This paper considers the problem of mixed-model assembly-line balancing. First, the balance problem is formulated, and some of the difficulties of achieving effective balances in practice are noted. Next, balance procedures designed to obtain expeditious computer solutions of large-scale mixed-model balances are presented, and results obtained for a ...
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Balancing assembly lines with tabu search

European Journal of Operational Research, 2006
zbMATH Open Web Interface contents unavailable due to conflicting licenses.
Sophie D. Lapierre   +2 more
openaire   +3 more sources

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