Selection System of Robot Type for Cell Assembly Production (Production Efficiency Comparison of Single and Double Arm Robot)
The purpose of this research is to compare the production efficiency of single and double arm robot. This research determines which robot is suitable for an assembly cell production, a single arm robot or a double arm robot. First, we develop the system to use a double arm robot to determine the bes...
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2020-06-01
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doaj-c6067f96ac04462ba28c12ad41885b272020-11-25T03:02:57ZengAtlantis PressJournal of Robotics, Networking and Artificial Life (JRNAL)2352-63862020-06-017210.2991/jrnal.k.200528.001Selection System of Robot Type for Cell Assembly Production (Production Efficiency Comparison of Single and Double Arm Robot)Hidehiko YamamotoTakahiro WatanabeTakayoshi YamadaThe purpose of this research is to compare the production efficiency of single and double arm robot. This research determines which robot is suitable for an assembly cell production, a single arm robot or a double arm robot. First, we develop the system to use a double arm robot to determine the best parts location by Genetic Algorithm (GA). The system consists of two modules, the conditions module and GA module. The conditions module reads work data for robot and sets up various parameters required for GA. The GA module decides the efficient arrangement place of parts, jigs and robot hands by GA and outputs the acquired arrangement visual images. Next, we use a single arm robot at the same parts location and compare the working time with a double arm robot. Finally, we conclude which robot is suitable for an assembly cell judging from the results of a total robot working time.https://www.atlantis-press.com/article/125941072/viewGenetic algorithmunit arrangement decisiondual arm robotassembly machine |
collection |
DOAJ |
language |
English |
format |
Article |
sources |
DOAJ |
author |
Hidehiko Yamamoto Takahiro Watanabe Takayoshi Yamada |
spellingShingle |
Hidehiko Yamamoto Takahiro Watanabe Takayoshi Yamada Selection System of Robot Type for Cell Assembly Production (Production Efficiency Comparison of Single and Double Arm Robot) Journal of Robotics, Networking and Artificial Life (JRNAL) Genetic algorithm unit arrangement decision dual arm robot assembly machine |
author_facet |
Hidehiko Yamamoto Takahiro Watanabe Takayoshi Yamada |
author_sort |
Hidehiko Yamamoto |
title |
Selection System of Robot Type for Cell Assembly Production (Production Efficiency Comparison of Single and Double Arm Robot) |
title_short |
Selection System of Robot Type for Cell Assembly Production (Production Efficiency Comparison of Single and Double Arm Robot) |
title_full |
Selection System of Robot Type for Cell Assembly Production (Production Efficiency Comparison of Single and Double Arm Robot) |
title_fullStr |
Selection System of Robot Type for Cell Assembly Production (Production Efficiency Comparison of Single and Double Arm Robot) |
title_full_unstemmed |
Selection System of Robot Type for Cell Assembly Production (Production Efficiency Comparison of Single and Double Arm Robot) |
title_sort |
selection system of robot type for cell assembly production (production efficiency comparison of single and double arm robot) |
publisher |
Atlantis Press |
series |
Journal of Robotics, Networking and Artificial Life (JRNAL) |
issn |
2352-6386 |
publishDate |
2020-06-01 |
description |
The purpose of this research is to compare the production efficiency of single and double arm robot. This research determines which robot is suitable for an assembly cell production, a single arm robot or a double arm robot. First, we develop the system to use a double arm robot to determine the best parts location by Genetic Algorithm (GA). The system consists of two modules, the conditions module and GA module. The conditions module reads work data for robot and sets up various parameters required for GA. The GA module decides the efficient arrangement place of parts, jigs and robot hands by GA and outputs the acquired arrangement visual images. Next, we use a single arm robot at the same parts location and compare the working time with a double arm robot. Finally, we conclude which robot is suitable for an assembly cell judging from the results of a total robot working time. |
topic |
Genetic algorithm unit arrangement decision dual arm robot assembly machine |
url |
https://www.atlantis-press.com/article/125941072/view |
work_keys_str_mv |
AT hidehikoyamamoto selectionsystemofrobottypeforcellassemblyproductionproductionefficiencycomparisonofsingleanddoublearmrobot AT takahirowatanabe selectionsystemofrobottypeforcellassemblyproductionproductionefficiencycomparisonofsingleanddoublearmrobot AT takayoshiyamada selectionsystemofrobottypeforcellassemblyproductionproductionefficiencycomparisonofsingleanddoublearmrobot |
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