2006
DOI: 10.1016/j.ejor.2004.07.028
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Stability analysis of an optimal balance for an assembly line with fixed cycle time

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Cited by 81 publications
(26 citation statements)
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“…It merges analysis of the optimal schedules for stability [1,2,[13][14][15][16], multistage decision making (namely, the stage of planning in the off-line mode and the stages of successive refinement of the realized schedule in the on-line mode) [1,17,18], and the concept of "solution" of the uncertain-data problem as the minimal dominating set of semi-active schedules [1, 9-12, 19, 20], that is, as the minimal dominating set of permutations for the problem 1|p L…”
Section: Methods Based On Optimal Schedule Stabilitymentioning
confidence: 99%
“…It merges analysis of the optimal schedules for stability [1,2,[13][14][15][16], multistage decision making (namely, the stage of planning in the off-line mode and the stages of successive refinement of the realized schedule in the on-line mode) [1,17,18], and the concept of "solution" of the uncertain-data problem as the minimal dominating set of semi-active schedules [1, 9-12, 19, 20], that is, as the minimal dominating set of permutations for the problem 1|p L…”
Section: Methods Based On Optimal Schedule Stabilitymentioning
confidence: 99%
“…In this case, cost of capital can be decreased when tasks are assigned to the same station, which is typically enforced by zoning Shin and Min (1991) [t sto j prob j Co] HS Shtub (1984) [t sto , paj j Co] M, HS Shtub and Dar-El (1990) [j j m, c, score] M, HS Silverman and Carter (1986) [t sto j j Co] HS Sniedovich (1981) [t sto j prob j m] D P Sotskov et al (2006) [t sto j j m] S E Sparling (1998) [j u n , pline, Dt unp j m] M , H S Sparling and Miltenburg (1998) [mix j u, Dt unp j m, SSL stat ] M , H S Sphicas and Silverman (1976) [t sto j prob j m] M Sü er (1998) [j pline, pstat j m, c, score] HS Suresh and Sahu (1994), Suresh et al (1996) [t sto j j SSL line , score] SA, GA Thomopoulos (1970) [mix j j m, SSL stat ] H S Tsujimura et al (1995) [t sto j j score] M, GA Ugurdag et al (1997) [j j c, SSL line ] M, HS, HI Urban (1998) [j u j m] M Urban and Chiang (2006a) [t sto j prob, u, Dt unp j m] M , B Urban and Chiang (2006b) [t sto j unpac async j m] HS, TS Van Hop (2006) [mix, t sto j div j m] M, HS, HI Vilarinho and Simaria (2002) [mix, link, inc j prob, pstat j m, SSL line , SSL stat ] M ,S A Vilarinho and Simaria (2006) [mix, link, inc, fix j pstat j m, SSL line , SSL stat ] M, ANT Visich et al (2002) [mix j u j SSL stat ] TS, SA Wilhelm (1999) [Dt dir , paj equip j Co] M, B, CG Wilhelm and Gadidov (2004) [mix, cum, pa j res 01 j Co] M, HS, BC Wilson (1986) [t sto , paj j Co] M Zäpfel (1975) [link, inc j j Pr] M, ENU restrictions (a 5 = link). Whether the benefits associated with avoiding an extra resource actually surmount the disadvantages of a more restricted balancing problem, can just be answered by explicitly modeling cost synergies (b 4 = res 01 ).…”
Section: Cost Synergiesmentioning
confidence: 99%
“…In some environments, however, the time duration of all or some of the tasks may change during the life cycle of the line due to instability of operators pace, motivation, changes in product and station characteristics, etc. The effect of such phenomena on the line balance, and some analytical properties on the stability of the line were given in Sotskov et al (2006), Gurevsky et al (2012), Sotskov et al (2012) and others.…”
Section: Literature Reviewmentioning
confidence: 99%