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Boysen N, Scholl A (2009). A General Solution Framework for Component-Commonality Problems. BuR - Business Research, Vol. 2, Iss. 1, pp. 86-106, URN: urn:nbn:de:0009-20-19422
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%0 Journal Article %T A General Solution Framework for Component-Commonality Problems %A Boysen, Nils %A Scholl, Armnin %J BuR - Business Research %D 2009 %V 2 %N 1 %@ 1866-8658 %F boysen2009 %X Component commonality - the use of the same version of a component across multiple products - is being increasingly considered as a promising way to offer high external variety while retaining low internal variety in operations. However, increasing commonality has both positive and negative cost effects, so that optimization approaches are required to identify an optimal commonality level. As components influence to a greater or lesser extent nearly every process step along the supply chain, it is not surprising that a multitude of diverging commonality problems is being investigated in literature, each of which are developing a specific algorithm designed for the respective commonality problem being considered. The paper on hand aims at a general framework which is flexible and efficient enough to be applied to a wide range of commonality problems. Such a procedure based on a two-stage graph approach is presented and tested. Finally, flexibility of the procedure is shown by customizing the framework to account for different types of commonality problems. %L 330 %K component-commonality %K graph approach %K optimization %K product variety %U http://nbn-resolving.de/urn:nbn:de:0009-20-19422 %P 86-106
Bibtex
@Article{boysen2009,
author = "Boysen, Nils
and Scholl, Armnin",
title = "A General Solution Framework for Component-Commonality Problems",
journal = "BuR - Business Research",
year = "2009",
volume = "2",
number = "1",
pages = "86--106",
keywords = "component-commonality",
keywords = "graph approach",
keywords = "optimization",
keywords = "product variety",
abstract = "Component commonality - the use of the same version of a component across multiple products - is being increasingly considered as a promising way to offer high external variety while retaining low internal variety in operations. However, increasing commonality has both positive and negative cost effects, so that optimization approaches are required to identify an optimal commonality level. As components influence to a greater or lesser extent nearly every process step along the supply chain, it is not surprising that a multitude of diverging commonality problems is being investigated in literature, each of which are developing a specific algorithm designed for the respective commonality problem being considered. The paper on hand aims at a general framework which is flexible and efficient enough to be applied to a wide range of commonality problems. Such a procedure based on a two-stage graph approach is presented and tested. Finally, flexibility of the procedure is shown by customizing the framework to account for different types of commonality problems.",
issn = "1866-8658",
url = "http://nbn-resolving.de/urn:nbn:de:0009-20-19422"
}
RIS
TY - JOUR AU - Boysen, Nils AU - Scholl, Armnin PY - 2009// TI - A General Solution Framework for Component-Commonality Problems JO - BuR - Business Research SP - 86 EP - 106 VL - 2 IS - 1 KW - component-commonality KW - graph approach KW - optimization KW - product variety N2 - Component commonality - the use of the same version of a component across multiple products - is being increasingly considered as a promising way to offer high external variety while retaining low internal variety in operations. However, increasing commonality has both positive and negative cost effects, so that optimization approaches are required to identify an optimal commonality level. As components influence to a greater or lesser extent nearly every process step along the supply chain, it is not surprising that a multitude of diverging commonality problems is being investigated in literature, each of which are developing a specific algorithm designed for the respective commonality problem being considered. The paper on hand aims at a general framework which is flexible and efficient enough to be applied to a wide range of commonality problems. Such a procedure based on a two-stage graph approach is presented and tested. Finally, flexibility of the procedure is shown by customizing the framework to account for different types of commonality problems. SN - 1866-8658 UR - http://nbn-resolving.de/urn:nbn:de:0009-20-19422 ID - boysen2009 ER -
Wordbib
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ISI
PT Journal AU Boysen, N Scholl, A TI A General Solution Framework for Component-Commonality Problems SO BuR - Business Research PY 2009 BP 86 EP 106 VL 2 IS 1 DE component-commonality; graph approach; optimization; product variety AB Component commonality - the use of the same version of a component across multiple products - is being increasingly considered as a promising way to offer high external variety while retaining low internal variety in operations. However, increasing commonality has both positive and negative cost effects, so that optimization approaches are required to identify an optimal commonality level. As components influence to a greater or lesser extent nearly every process step along the supply chain, it is not surprising that a multitude of diverging commonality problems is being investigated in literature, each of which are developing a specific algorithm designed for the respective commonality problem being considered. The paper on hand aims at a general framework which is flexible and efficient enough to be applied to a wide range of commonality problems. Such a procedure based on a two-stage graph approach is presented and tested. Finally, flexibility of the procedure is shown by customizing the framework to account for different types of commonality problems. ER
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Full Metadata
| Bibliographic Citation | BuR - Business Research, Vol. 2, Iss. 1, pp. 86-106 |
|---|---|
| Title | A General Solution Framework for Component-Commonality Problems (eng) |
| Author | Nils Boysen, Armnin Scholl |
| Language | eng |
| Abstract | Component commonality - the use of the same version of a component across multiple products - is being increasingly considered as a promising way to offer high external variety while retaining low internal variety in operations. However, increasing commonality has both positive and negative cost effects, so that optimization approaches are required to identify an optimal commonality level. As components influence to a greater or lesser extent nearly every process step along the supply chain, it is not surprising that a multitude of diverging commonality problems is being investigated in literature, each of which are developing a specific algorithm designed for the respective commonality problem being considered. The paper on hand aims at a general framework which is flexible and efficient enough to be applied to a wide range of commonality problems. Such a procedure based on a two-stage graph approach is presented and tested. Finally, flexibility of the procedure is shown by customizing the framework to account for different types of commonality problems. |
| Subject | component-commonality, graph approach, optimization, product variety |
| DDC | 330 |
| Rights | authorcontract |
| URN: | urn:nbn:de:0009-20-19422 |
